text: One of the most immediate and lethal problems facing many third world countries is the availability of clean drinking water. Solar powered technologies can help alleviate this problem with minimal cost using a combination of solar powered well pumping, a water tower or other holding tank, and a solar powered water purifier. These technologies require minimal maintenance, have low operational costs, and once set up, will help provide clean water for drinking and agriculture. With large enough reservoirs for the water that has been pumped and purified with solar powered technology, a community will be better able to withstand drought or famine. This reservoir water could be consumed by humans, livestock, or used to irrigate community gardens and fields, thus improving crop yields and community health. A solar powered water purification system can be used to clean many pathogens and germs from groundwater and runoff. A group of these devices, filtering the water from wells or runoff could help with poor sanitation and controlling the spread of waterborne illnesses.

text: One of the most immediate and lethal problems facing many third world countries is the availability of clean

entity_name: Drinking water

text: drinking water

text: . Solar powered technologies can help alleviate this problem with minimal cost using a combination of solar powered well pumping, a

entity_name: Water tower

text: water tower

text: or other holding tank, and a solar powered water purifier. These technologies require minimal maintenance, have low operational costs, and once set up, will help provide clean water for drinking and agriculture. With large enough

entity_name: Reservoir

text: reservoirs

text: for the water that has been pumped and purified with solar powered technology, a community will be better able to withstand drought or famine. This reservoir water could be consumed by humans, livestock, or used to irrigate community gardens and fields, thus improving crop yields and community health. A solar powered water purification system can be used to clean many pathogens and germs from groundwater and runoff. A group of these devices, filtering the water from wells or runoff could help with poor sanitation and controlling the spread of

entity_name: Waterborne diseases

text: waterborne illnesses

answers: NDQ_001768

answers: clean water for drinking and agriculture

answers: NDQ_001769

answers: drinking and agriculture

answers: NDQ_001770

answers: waterborne illnesses

answers: NDQ_001771

answers: swimming, fishing, and swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a benefit of solar powered technologies?

answers: NDQ_001774

answers: can't be consumed

answers: NDQ_001775

answers: Which of the following is not a type of water: drinking, agriculture, or purification?

answers: NDQ_001776

answers: waterborne illnesses

answers: NDQ_001777

answers: large enough reservoirs

answers: NDQ_001778

answers: consumed by humans

answers: NDQ_001781

answers: can't be used for drinking

answers: NDQ_001782

answers: Which of the following is not a type of life: humans, livestock, or crops?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a benefit of a solar powered water purification system?

answers: NDQ_001788

answers: How can solar powered technologies help alleviate this problem with minimal cost?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not an immediate and lethal problem facing many third world countries?

answers: NDQ_001797

answers: Which of the following is not a reason solar powered technologies can help alleviate the availability of clean drinking water?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: clean drinking water

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: groundwater and runoff

answers: NDQ_001803

answers: irrigate community gardens

answers: NDQ_001804

answers: solar powered well pumping

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Solar powered technologies

answers: NDQ_001769

answers: irrigate community gardens and fields,

answers: NDQ_001770

answers: improving crop yields and community health.

answers: NDQ_001771

answers: irrigate community gardens and fields,

answers: NDQ_001772

answers: humans, livestock,

answers: NDQ_001773

answers: Solar powered technologies

answers: NDQ_001774

answers: drought or famine.

answers: NDQ_001775

answers: drinking and agriculture.

answers: NDQ_001776

answers: waterborne

answers: NDQ_001777

answers: large enough reservoirs

answers: NDQ_001778

answers: consumed by humans,

answers: NDQ_001781

answers: consumed by humans, livestock,

answers: NDQ_001782

answers: humans,

answers: NDQ_001785

answers: lethal problems facing many third world countries is the availability of clean drinking water.

answers: NDQ_001787

answers: irrigate community gardens and fields,

answers: NDQ_001788

answers: irrigate community gardens and fields,

answers: NDQ_001789

answers: solar powered well pumping,

answers: NDQ_001790

answers: third world countries is the availability of clean drinking water.

answers: NDQ_001791

answers: Solar powered technologies

answers: NDQ_001792

answers: third world countries is the availability of clean drinking water.

answers: NDQ_001793

answers: third world countries is the availability of clean drinking water.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: third world countries is the availability of clean drinking water.

answers: NDQ_001796

answers: Solar powered technologies

answers: NDQ_001797

answers: drought or famine.

answers: NDQ_001798

answers: Solar powered technologies

answers: NDQ_001799

answers: solar powered well pumping,

answers: NDQ_001800

answers: clean drinking water.

answers: NDQ_001801

answers: drought or famine.

answers: NDQ_001802

answers: poor sanitation

answers: NDQ_001803

answers: irrigate community gardens and fields,

answers: NDQ_001804

answers: solar powered well pumping,

answers: NDQ_001805

answers: irrigate community gardens and fields,

text: Croplands are another major anthrome throughout the world. Croplands include most of the cultivated lands of the world, and also about a quarter of global tree cover. Croplands which are locally irrigated have the highest human population density, likely due to the fact that it provides crops with a constant supply on water. This makes harvest time and crop survival more predictable. Croplands that are sustained mainly from the local rainfall are the most extensive of the populated anthromes, with annual precipitation near 1000 mm in certain areas of the globe. In these areas, there is sufficient water supplied by the climate to support all aspects of life without hardly any irrigation. However, in dryer areas, this method of agriculture would not be as productive.

text: Croplands are another major anthrome throughout the world. Croplands include most of the

entity_name: Agriculture

text: cultivated

text: lands of the world, and also about a quarter of global tree cover. Croplands which are locally

entity_name: Irrigation

text: irrigated

text: have the highest human population density, likely due to the fact that it provides crops with a constant supply on water. This makes harvest time and crop survival more predictable. Croplands that are sustained mainly from the local rainfall are the most extensive of the populated anthromes, with annual precipitation near 1000 mm in certain areas of the globe. In these areas, there is sufficient water supplied by the climate to support all aspects of life without hardly any irrigation. However, in dryer areas, this method of agriculture would not be as productive.

answers: NDQ_001768

answers: locally irrigated

answers: NDQ_001769

answers: agricultural purposes

answers: NDQ_001770

answers: crop survival more predictable

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: Croplands

answers: NDQ_001773

answers: Which of the following is not a type of crop: locally irrigated, croplands or croplands that are sustained mainly from local rainfall?

answers: NDQ_001774

answers: is irrigated

answers: NDQ_001775

answers: How is water used in agriculture?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: locally irrigated

answers: NDQ_001781

answers: does not provide crops with a constant supply

answers: NDQ_001782

answers: Which of the following is not a form of life: croplands that are locally irrigated or croplands that are sustained mainly from the local rainfall

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a benefit of irrigated crops?

answers: NDQ_001788

answers: What is a benefit of large irrigation systems?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Croplands that are locally irrigated

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Croplands that are locally irrigated

answers: NDQ_001797

answers: How does this affect croplands that are locally irrigated?

answers: NDQ_001798

answers: How many percent of global croplands are locally irrigated?

answers: NDQ_001799

answers: Which of the following is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Dry areas

answers: NDQ_001802

answers: sufficient water supplied by the climate to support all aspects of life without hardly any irrigation

answers: NDQ_001803

answers: locally irrigated

answers: NDQ_001804

answers: irrigated

answers: NDQ_001805

answers: Croplands

answers: NDQ_001768

answers: irrigation.

answers: NDQ_001769

answers: Croplands which are locally irrigated

answers: NDQ_001770

answers: highest human population density,

answers: NDQ_001771

answers: Croplands which are locally irrigated

answers: NDQ_001772

answers: Croplands

answers: NDQ_001773

answers: Croplands

answers: NDQ_001774

answers: dryer areas,

answers: NDQ_001775

answers: water.

answers: NDQ_001776

answers: Croplands

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: population density,

answers: NDQ_001781

answers: dryer areas,

answers: NDQ_001782

answers: Croplands that are sustained mainly from the local rainfall

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: it provides crops with a constant supply on water.

answers: NDQ_001788

answers: in dryer areas, this method of agriculture would not be as productive.

answers: NDQ_001789

answers: water.

answers: NDQ_001790

answers: In these areas, there is sufficient water

answers: NDQ_001791

answers: Croplands

answers: NDQ_001792

answers: annual precipitation near 1000 mm

answers: NDQ_001793

answers: Croplands which are locally irrigated

answers: NDQ_001794

answers: rainfall

answers: NDQ_001795

answers: Croplands which are locally irrigated

answers: NDQ_001796

answers: Croplands which are locally irrigated

answers: NDQ_001797

answers: dryer areas, this method of agriculture would not be as productive.

answers: NDQ_001798

answers: Croplands which are locally irrigated

answers: NDQ_001799

answers: Croplands which are locally irrigated

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: dryer areas,

answers: NDQ_001802

answers: there is sufficient water

answers: NDQ_001803

answers: irrigated

answers: NDQ_001804

answers: irrigation.

answers: NDQ_001805

answers: Croplands which are locally irrigated

text: In May 2009, King Abdullah gave the go-ahead for a new National Water Strategy until 2022, replacing an earlier Water Strategy from 1998. The strategy included investments of Jordanian Dinar 5.86 billion (US$8.24 billion) over a period of 15 years, corresponding to more than 160% of Jordan's GDP. It also foresaw a decreasing reliance on groundwater from 32% in 2007 to 17%, increased use of treated wastewater in agriculture from 10% to 13% and increased use of desalination from 1% to 31%. According to then-Minister of Water, Raed Abu Soud, even after the completion of the Disi Water Conveyance Project, the water deficit in 2022 would be about 500 million cubic metres, highlighting the need to include desalination under the Red Sea-Dead Sea canal in the strategy. The strategy also envisaged institutional reforms such as enacting a new water law, separating operational from administrative functions, as well as production from distribution operations, creating a Water Council with advisory functions and establishing a Water Regulatory Commission. While the legal and institutional reforms were not implemented, the Disi Water Conveyance Project was completed in 2013 by the Turkish firm Gama. The influx of about one million refugees from Syria since 2012 increased the population of Jordan to more than nine million. It also increased water demand substantially. For lack of finaning, the Red Sea-Dead Sea Canal is not being pursued any more in its original form for the time being. Instead, a scaled-down, more realistic version is being pursued. This project involves a water swap between Jordan and Israel, with Jordan supplying desalinated water from Aqaba to Southern Israel, while Israel provides additional water from the Sea of Galilee to Northern Jordan. Brine water from the desalination plant is to be supplied to the Dead Sea. As of 2015, the bidding for the desalination plant at Aqaba was under preparation.

text: In May 2009, King Abdullah gave the go-ahead for a new National Water Strategy until 2022, replacing an earlier Water Strategy from 1998. The strategy included investments of Jordanian Dinar 5.86 billion (US$8.24 billion) over a period of 15 years, corresponding to more than 160% of Jordan's GDP. It also foresaw a decreasing reliance on groundwater from 32% in 2007 to 17%, increased use of treated wastewater in agriculture from 10% to 13% and increased use of desalination from 1% to 31%. According to then-Minister of Water,

entity_name: Raed Abu Soud

text: Raed Abu Soud

text: , even after the completion of the

entity_name: Disi Water Conveyance

text: Disi Water Conveyance Project

text: , the water deficit in 2022 would be about 500 million cubic metres, highlighting the need to include desalination under the

entity_name: Red Sea–Dead Sea Canal

text: Red Sea-Dead Sea canal

text: in the strategy. The strategy also envisaged institutional reforms such as enacting a new water law, separating operational from administrative functions, as well as production from distribution operations, creating a Water Council with advisory functions and establishing a Water Regulatory Commission. While the legal and institutional reforms were not implemented, the

text: Disi Water Conveyance Project

text: was completed in 2013 by the Turkish firm

entity_name: GAMA Endustri

text: Gama

text: . The influx of about one million refugees from Syria since 2012 increased the population of Jordan to more than nine million. It also increased water demand substantially. For lack of finaning, the

text: Red Sea-Dead Sea Canal

text: is not being pursued any more in its original form for the time being. Instead, a scaled-down, more realistic version is being pursued. This project involves a water swap between Jordan and Israel, with Jordan supplying desalinated water from Aqaba to Southern Israel, while Israel provides additional water from the Sea of Galilee to Northern Jordan. Brine water from the desalination plant is to be supplied to the Dead Sea. As of 2015, the bidding for the desalination plant at Aqaba was under preparation.

method: ICT-DRMMTKS

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: increased use of treated wastewater in agriculture

answers: NDQ_001771

answers: How many percent of Jordan's GDP is derived from water?

answers: NDQ_001772

answers: groundwater

answers: NDQ_001773

answers: Which of the following is not included in the new National Water Strategy: treated wastewater, desalination or groundwater?

answers: NDQ_001774

answers: treated wastewater in agriculture

answers: NDQ_001775

answers: increased use of treated wastewater in agriculture

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: the amount of refugees from Syria

answers: NDQ_001778

answers: increased use of treated wastewater in agriculture

answers: NDQ_001781

answers: treated wastewater

answers: NDQ_001782

answers: How many years after the completion of the Disi Water Conveyance Project was the Disi Water Conveyance Project completed?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: How many percent of Jordan's GDP is attributed to desalination?

answers: NDQ_001788

answers: increased use of treated wastewater in agriculture

answers: NDQ_001789

answers: What is the purpose of the desalination plant at Aqaba?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or groundwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: a decreasing reliance on groundwater

answers: NDQ_001797

answers: How many years after the completion of the Disi Water Conveyance Project was completed by the Turkish firm Gama?

answers: NDQ_001798

answers: how many percent

answers: NDQ_001799

answers: What is safe to drink if it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: in 2007 to 17%

answers: NDQ_001802

answers: increased use of treated wastewater in agriculture from 10% to 13% and increased use of desalination from 1% to 31%

answers: NDQ_001803

answers: treated wastewater

answers: NDQ_001804

answers: Red Sea-Dead Sea Canal

answers: NDQ_001805

answers: desalination

answers: NDQ_001768

answers: desalination

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: water demand

answers: NDQ_001771

answers: desalination

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: treated wastewater

answers: NDQ_001774

answers: treated wastewater

answers: NDQ_001775

answers: treated wastewater

answers: NDQ_001776

answers: legal and institutional reforms

answers: NDQ_001777

answers: influx of about one million refugees from Syria

answers: NDQ_001778

answers: The influx of about one million refugees

answers: NDQ_001781

answers: treated wastewater

answers: NDQ_001782

answers: a Water Regulatory Commission.

answers: NDQ_001785

answers: legal and institutional reforms

answers: NDQ_001787

answers: legal and institutional reforms

answers: NDQ_001788

answers: treated wastewater in agriculture

answers: NDQ_001789

answers: desalination

answers: NDQ_001790

answers: Water Council with advisory functions and establishing a Water Regulatory Commission.

answers: NDQ_001791

answers: legal and institutional reforms

answers: NDQ_001792

answers: Water Regulatory Commission.

answers: NDQ_001793

answers: the Disi Water Conveyance Project was completed in 2013

answers: NDQ_001794

answers: legal and institutional reforms

answers: NDQ_001795

answers: legal and institutional reforms

answers: NDQ_001796

answers: Water Regulatory Commission.

answers: NDQ_001797

answers: legal and institutional reforms

answers: NDQ_001798

answers: Water Council with advisory functions and establishing a Water Regulatory Commission.

answers: NDQ_001799

answers: legal and institutional reforms

answers: NDQ_001800

answers: Israel,

answers: NDQ_001801

answers: Israel,

answers: NDQ_001802

answers: 32% in 2007 to 17%,

answers: NDQ_001803

answers: treated wastewater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: groundwater

text: The town of Northampton in the Mid-West encountered a water shortage in 2006 where its underground aquifer could not meet demand. Stage 5 watering restrictions were imposed,and the Water Corporation resorted to carting tankers of water to the town to maintain the supply.

text: The town of

entity_name: Northampton, Western Australia

text: Northampton

text: in the Mid-West encountered a water shortage in 2006 where its underground aquifer could not meet demand. Stage 5 watering restrictions were imposed,and the

entity_name: Water Corporation (Western Australia)

text: Water Corporation

text: resorted to carting tankers of water to the town to maintain the supply.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: Northampton

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are a type of

answers: NDQ_001774

answers: cannot meet demand

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: demand

answers: NDQ_001778

answers: watering

answers: NDQ_001781

answers: can't meet demand

answers: NDQ_001782

answers: Which of the following is true of the town of Northampton?

answers: NDQ_001785

answers: (ii).

answers: NDQ_001787

answers: The Water Corporation resorted to carting tankers of water

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a type of water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Why did the Water Corporation resorted to carting tankers of water to the town?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Stage 5 watering restrictions were imposed

answers: NDQ_001797

answers: Why did the town of Northampton encounter a water shortage in 2006?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: 2006

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: watering restrictions

answers: NDQ_001804

answers: underground aquifer

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: underground aquifer

answers: NDQ_001769

answers: watering

answers: NDQ_001770

answers: water shortage

answers: NDQ_001771

answers: the Water Corporation resorted to carting tankers

answers: NDQ_001772

answers: Water Corporation

answers: NDQ_001773

answers: water shortage in 2006

answers: NDQ_001774

answers: underground aquifer

answers: NDQ_001775

answers: the Water Corporation resorted to carting tankers

answers: NDQ_001776

answers: water shortage

answers: NDQ_001777

answers: underground aquifer could not meet demand.

answers: NDQ_001778

answers: watering restrictions

answers: NDQ_001781

answers: underground aquifer could not meet demand.

answers: NDQ_001782

answers: water shortage

answers: NDQ_001785

answers: water shortage

answers: NDQ_001787

answers: Stage 5 watering restrictions

answers: NDQ_001788

answers: Stage 5 watering restrictions

answers: NDQ_001789

answers: underground aquifer

answers: NDQ_001790

answers: water shortage in 2006

answers: NDQ_001791

answers: water shortage

answers: NDQ_001792

answers: underground aquifer

answers: NDQ_001793

answers: water shortage

answers: NDQ_001794

answers: underground aquifer

answers: NDQ_001795

answers: 2006

answers: NDQ_001796

answers: water shortage

answers: NDQ_001797

answers: Mid-West

answers: NDQ_001798

answers: Stage 5 watering restrictions

answers: NDQ_001799

answers: tankers

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: 2006

answers: NDQ_001802

answers: water shortage

answers: NDQ_001803

answers: carting tankers

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: demand.

text: Water shortage is a huge predicament for a country like India which still relies on monsoon rains for much of its agricultural practices. As weather patterns become increasingly uncertain with time, most likely due to global warming, being prepared to cope with water shortages in the future is essential. Rural communities as well as huge population which are greatly affected by water scarcity are the people living in drought-prone areas or in semi-arid up-lands. Much of these disadvantaged areas are also inhibited by tribal villages in many parts of India and are also backward in agricultural practices. These tribal villages are mainly self-sustained in their living habits and rely heavily on the paddy crops for endurance. It is becoming progressively more intricate to maintain tribal lifestyle due to uncertain weather patterns resulting in dwindling of agricultural production over time and all the more increasing the burden on state to raise their standard of living in terms of food security, education, and health care. It is also seen, when time gets tough, villagers generally tend to migrate on a seasonal basis to seek other means of livelihood. Such seasonal migration of entire village population also affects their settled life hampering their children’s education as well as their access to other developmental support coming from state.

text: Water shortage is a huge predicament for a country like India which still relies on monsoon rains for much of its agricultural practices. As weather patterns become increasingly uncertain with time, most likely due to global warming, being prepared to cope with water shortages in the future is essential. Rural communities as well as huge population which are greatly affected by water scarcity are the people living in drought-prone areas or in semi-arid up-lands. Much of these disadvantaged areas are also inhibited by tribal villages in many parts of India and are also backward in agricultural practices. These tribal villages are mainly self-sustained in their living habits and rely heavily on the paddy crops for endurance. It is becoming progressively more intricate to maintain tribal lifestyle due to uncertain weather patterns resulting in dwindling of agricultural production over time and all the more increasing the burden on state to raise their standard of living in terms of food security, education, and health care. It is also seen, when time gets tough, villagers generally tend to migrate on a seasonal basis to seek other means of livelihood. Such seasonal migration of entire village population also affects their settled life hampering their children’s education as well as their access to other developmental support coming from state.

method: dangnt-nlp

answers: NDQ_001768

answers: monsoon

answers: NDQ_001769

answers: agricultural practices

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: What is the main reason for people to migrate?

answers: NDQ_001772

answers: agricultural practices

answers: NDQ_001773

answers: Which of the following is not a source of water shortage: monsoon rains, tribal villages, or global warming?

answers: NDQ_001774

answers: dries out

answers: NDQ_001775

answers: Which of the following is not a type of industry: agriculture, food security, education, or health care?

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: weather patterns

answers: NDQ_001778

answers: seasonal migration

answers: NDQ_001781

answers: lacks the necessary nutrients

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a reason for water scarcity?

answers: NDQ_001789

answers: Which of the following is not a form of renewable energy?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason for seasonal migration of entire village population?

answers: NDQ_001797

answers: Which of the following is not a reason for people to migrate?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: monsoon

answers: NDQ_001805

answers: agricultural practices

answers: NDQ_001768

answers: monsoon rains

answers: NDQ_001769

answers: agricultural practices.

answers: NDQ_001770

answers: dwindling of agricultural production

answers: NDQ_001771

answers: monsoon rains

answers: NDQ_001772

answers: tribal villages

answers: NDQ_001773

answers: paddy crops

answers: NDQ_001774

answers: drought-prone areas or in semi-arid up-lands.

answers: NDQ_001775

answers: monsoon rains

answers: NDQ_001776

answers: global warming,

answers: NDQ_001777

answers: monsoon rains

answers: NDQ_001778

answers: migrate

answers: NDQ_001781

answers: monsoon rains

answers: NDQ_001782

answers: paddy crops

answers: NDQ_001785

answers: paddy crops

answers: NDQ_001787

answers: global warming,

answers: NDQ_001788

answers: monsoon rains

answers: NDQ_001789

answers: monsoon rains

answers: NDQ_001790

answers: drought-prone areas or in semi-arid up-lands.

answers: NDQ_001791

answers: semi-arid up-lands.

answers: NDQ_001792

answers: drought-prone areas or in semi-arid up-lands.

answers: NDQ_001793

answers: water shortages

answers: NDQ_001794

answers: semi-arid up-lands.

answers: NDQ_001795

answers: water scarcity

answers: NDQ_001796

answers: water scarcity

answers: NDQ_001797

answers: drought-prone areas or in semi-arid up-lands.

answers: NDQ_001798

answers: monsoon rains

answers: NDQ_001799

answers: monsoon rains

answers: NDQ_001800

answers: Water shortage

answers: NDQ_001801

answers: drought-prone

answers: NDQ_001802

answers: water scarcity

answers: NDQ_001803

answers: monsoon rains

answers: NDQ_001804

answers: monsoon rains

answers: NDQ_001805

answers: paddy crops

text: The human rights commission of the District (CDHDF) warned in summer 2009 that water shortage could cause a "spiral of violence" and that low-income families are paying more for water of lower quality and only receive it at certain hours of the day. This situation causes "social unrest". In early August 2009, the head of Conagua, José Luis Luege, had announced an "imminent and indefinite increase in water rationing in the Valley of Mexico and federal district."  Because water from Cutzamala and Lerma systems, supplying together one quarter of the metropolitan area's water, enters the city from the Northwest where wealthier neighborhoods predominate, water supply tends to be more continuous than in the Southeast of the city where most of the poor live.

text: The human rights commission of the District (CDHDF) warned in summer 2009 that water shortage could cause a "spiral of violence" and that low-income families are paying more for water of lower quality and only receive it at certain hours of the day. This situation causes "social unrest". In early August 2009, the head of Conagua, José Luis Luege, had announced an "imminent and indefinite increase in water rationing in the Valley of Mexico and federal district."  Because water from Cutzamala and Lerma systems, supplying together one quarter of the metropolitan area's water, enters the city from the Northwest where wealthier neighborhoods predominate, water supply tends to be more continuous than in the Southeast of the city where most of the poor live.

answers: NDQ_001768

answers: water of lower quality

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: social unrest

answers: NDQ_001771

answers: cuttingzamala and lerma systems

answers: NDQ_001772

answers: low-income families

answers: NDQ_001773

answers: Which of the following is not a source of water: Cutzamala or Lerma?

answers: NDQ_001774

answers: lower quality

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: water shortage

answers: NDQ_001777

answers: wealthier neighborhoods

answers: NDQ_001778

answers: water rationing

answers: NDQ_001781

answers: is of lower quality

answers: NDQ_001782

answers: Which of the following is not true of the situation caused by water shortage?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not true of Cutzamala and Lerma systems?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Cutzamala and Lerma systems

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water supply tends to be more continuous than in the Southeast

answers: NDQ_001797

answers: Why is water supply tending to be more continuous than in the Southeast?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: summer 2009

answers: NDQ_001802

answers: low-income families are paying more for water of lower quality

answers: NDQ_001803

answers: cutzamala

answers: NDQ_001804

answers: Cutzamala

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water of lower quality

answers: NDQ_001769

answers: water of lower quality and only receive it at certain hours of the day.

answers: NDQ_001770

answers: "social unrest".

answers: NDQ_001771

answers: water of lower quality and only receive it at certain hours of the day.

answers: NDQ_001772

answers: Cutzamala and Lerma systems,

answers: NDQ_001773

answers: water shortage could cause a "spiral of violence"

answers: NDQ_001774

answers: water of lower quality

answers: NDQ_001775

answers: water shortage could cause a "spiral of violence"

answers: NDQ_001776

answers: water shortage

answers: NDQ_001777

answers: wealthier neighborhoods predominate,

answers: NDQ_001778

answers: low-income families are paying more for water of lower quality

answers: NDQ_001781

answers: lower quality

answers: NDQ_001782

answers: water shortage could cause a "spiral of violence"

answers: NDQ_001785

answers: water shortage could cause a "spiral of violence"

answers: NDQ_001787

answers: water of lower quality

answers: NDQ_001788

answers: Cutzamala and Lerma systems,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: water shortage could cause a "spiral of violence"

answers: NDQ_001791

answers: 2009

answers: NDQ_001792

answers: one quarter of the metropolitan area's water,

answers: NDQ_001793

answers: wealthier neighborhoods

answers: NDQ_001794

answers: water shortage could cause a "spiral of violence"

answers: NDQ_001795

answers: 2009

answers: NDQ_001796

answers: low-income families are paying more for water of lower quality

answers: NDQ_001797

answers: water supply tends to be more continuous than in the Southeast

answers: NDQ_001798

answers: low-income families are paying more for water of lower quality

answers: NDQ_001799

answers: water supply tends to be more continuous

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: summer 2009

answers: NDQ_001802

answers: low-income families are paying more for water of lower quality

answers: NDQ_001803

answers: Cutzamala and Lerma systems,

answers: NDQ_001804

answers: Cutzamala and Lerma systems,

answers: NDQ_001805

answers: wealthier neighborhoods

text: Pakistan faces a major scarcity when it comes to water resources, especially finding clean water supplies. There is only one major river, the Indus River that supplies water through out the agricultural plains in Punjab and in Sindh, while the rest of the country has very little access to other fresh water supplies. The scarcity of water not only threatens Pakistan’s economy but also poses a serious threat to the lives of millions of Pakistanis. The issue of water pollution further worsens this problem for Pakistan. The sources for water pollution include, the over use of chemical fertilizers, the dumping of industrial wastes into lakes and rivers, untreated sewage being dumped into the ocean and contaminated pipelines being used to transport water. The contamination of fresh drinking water makes it harder for people to find clean water supplies and increases the prevalence of waterborne diseases. Consequently, most of the reported health problems in Pakistan are either a direct or indirect result of polluted water. According to a report, 45% of infant deaths are due to diarrhea and 60% to overall water borne diseases.

text: Pakistan faces a major scarcity when it comes to water resources, especially finding clean water supplies. There is only one major river, the

entity_name: Indus River

text: Indus River

text: that supplies water through out the agricultural plains in

entity_name: Punjab (region)

text: Punjab

text: and in

entity_name: Sindh

text: Sindh

text: , while the rest of the country has very little access to other fresh water supplies. The scarcity of water not only threatens Pakistan’s economy but also poses a serious threat to the lives of millions of Pakistanis. The issue of water pollution further worsens this problem for Pakistan. The sources for water pollution include, the over use of chemical fertilizers, the dumping of industrial wastes into lakes and rivers, untreated sewage being dumped into the ocean and contaminated pipelines being used to transport water. The contamination of fresh drinking water makes it harder for people to find clean water supplies and increases the prevalence of

text: waterborne diseases

text: . Consequently, most of the reported health problems in Pakistan are either a direct or indirect result of polluted water. According to a report, 45% of infant deaths are due to diarrhea and 60% to overall water borne diseases.

answers: NDQ_001768

answers: untreated sewage

answers: NDQ_001769

answers: Which of the following is not a source for water pollution: chemical fertilizers, the dumping of industrial wastes into lakes and rivers, untreated sewage being dumped into the ocean and contaminated pipelines being used to transport water?

answers: NDQ_001770

answers: waterborne diseases

answers: NDQ_001771

answers: Which of the following is not a source for water pollution: chemical fertilizers, the dumping of industrial wastes into lakes and rivers, untreated sewage being dumped into the ocean, or contaminated pipelines being used to transport water?

answers: NDQ_001772

answers: industrial wastes

answers: NDQ_001773

answers: Which of the following is not a source of water pollution: chemical fertilizers, industrial wastes or sewage?

answers: NDQ_001774

answers: contaminated pipelines

answers: NDQ_001775

answers: chemical fertilizers

answers: NDQ_001776

answers: diarrhea

answers: NDQ_001777

answers: __

answers: NDQ_001778

answers: over use of chemical fertilizers

answers: NDQ_001781

answers: over use of chemical fertilizers

answers: NDQ_001782

answers: Which of the following is not a source of water pollution: chemical fertilizers, untreated sewage, or pipelines being used to transport water?

answers: NDQ_001785

answers: Which of the following is not a source of water pollution?

answers: NDQ_001787

answers: Which of the following is not a source of water pollution: chemical fertilizers, the dumping of industrial wastes into lakes and rivers

answers: NDQ_001788

answers: Which of the following is not a source for water pollution: chemical fertilizers, the dumping of industrial wastes into lakes and rivers

answers: NDQ_001789

answers: Which of the following is not a source of water pollution: chemical fertilizers, sewage being dumped into the ocean, or contaminated pipelines being used to transport water?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: Which of the following is not a source for water pollution: the over use of chemical fertilizers, the dumping of industrial wastes into lakes and rivers

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true of fresh water?

answers: NDQ_001795

answers: How many percent of infant deaths are due to diarrhea?

answers: NDQ_001796

answers: Which of the following is not a source for water pollution: chemical fertilizers, the dumping of industrial wastes into lakes and rivers, untreated sewage being dumped into the ocean and contaminated pipelines being used to transport water?

answers: NDQ_001797

answers: Which of the following is not a source of water pollution: chemical fertilizers, dumping of industrial wastes into lakes and rivers, untreated sewage being dumped into the ocean and contaminated pipelines being used to transport water?

answers: NDQ_001798

answers: Which of the following is not a source for water pollution?

answers: NDQ_001799

answers: Which of the following is not a source for water pollution: industrial wastes being dumped into lakes and rivers, untreated sewage being dumped into the ocean and contaminated pipelines being used to transport water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a major scarcity

answers: NDQ_001802

answers: Pakistan faces a major scarcity when it comes to water resources

answers: NDQ_001803

answers: chemical fertilizers

answers: NDQ_001804

answers: contaminated pipelines

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: chemical fertilizers,

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: waterborne diseases.

answers: NDQ_001771

answers: Indus River

answers: NDQ_001772

answers: Pakistan

answers: NDQ_001773

answers: the over use of chemical fertilizers,

answers: NDQ_001774

answers: pollution

answers: NDQ_001775

answers: chemical fertilizers,

answers: NDQ_001776

answers: diarrhea

answers: NDQ_001777

answers: water pollution

answers: NDQ_001778

answers: over use of chemical fertilizers,

answers: NDQ_001781

answers: over use of chemical fertilizers,

answers: NDQ_001782

answers: water pollution

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: chemical fertilizers,

answers: NDQ_001788

answers: the over use of chemical fertilizers,

answers: NDQ_001789

answers: Indus River

answers: NDQ_001790

answers: water pollution

answers: NDQ_001791

answers: Pakistan

answers: NDQ_001792

answers: Indus River

answers: NDQ_001793

answers: Pakistan faces a major scarcity

answers: NDQ_001794

answers: water pollution

answers: NDQ_001795

answers: Pakistan

answers: NDQ_001796

answers: diarrhea

answers: NDQ_001797

answers: Pakistan

answers: NDQ_001798

answers: Pakistan faces a major scarcity

answers: NDQ_001799

answers: contaminated pipelines being used to transport water.

answers: NDQ_001800

answers: Pakistan faces a major scarcity when it comes to water

answers: NDQ_001801

answers: Pakistan

answers: NDQ_001802

answers: increases the prevalence of waterborne diseases.

answers: NDQ_001803

answers: chemical fertilizers,

answers: NDQ_001804

answers: contaminated pipelines

answers: NDQ_001805

answers: agricultural plains

text: New York City is supplied with drinking water by the protected Catskill Mountains watershed. As a result of the watershed's integrity and undisturbed natural water filtration system, New York is one of only four major cities in the United States the majority of whose drinking water is pure enough not to require purification by water treatment plants. The Croton Watershed north of the city is undergoing construction of a US$3.2 billion water purification plant to augment New York City's water supply by an estimated 290 million gallons daily, representing a greater than 20% addition to the city's current availability of water. The ongoing expansion of New York City Water Tunnel No. 3, an integral part of the New York City water supply system, is the largest capital construction project in the city's history, with segments serving Manhattan and The Bronx completed, and with segments serving Brooklyn and Queens planned for construction in 2020.

text: New York City is supplied with drinking water by the protected

entity_name: Catskill Mountains

text: Catskill Mountains

entity_name: Drainage basin

text: watershed

text: . As a result of the watershed's integrity and undisturbed

entity_name: Water purification

text: natural water filtration system

text: , New York is one of only four major cities in the United States the majority of whose drinking water is pure enough not to require purification by

entity_name: Water treatment

text: water treatment

text: plants. The

entity_name: Croton Falls Reservoir

text: Croton Watershed

text: north of the city is undergoing construction of a US$3.2 billion water purification plant to augment New York City's water supply by an estimated 290 million gallons daily, representing a greater than 20% addition to the city's current availability of water. The ongoing expansion of

entity_name: New York City Water Tunnel No. 3

text: New York City Water Tunnel No. 3

text: , an integral part of the New York City water supply system, is the largest capital construction project in the city's history, with segments serving Manhattan and The Bronx completed, and with segments serving Brooklyn and Queens planned for construction in 2020.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: Water treatment plants to require purification

answers: NDQ_001771

answers: What is the largest capital construction project in the city's history?

answers: NDQ_001772

answers: New York City

answers: NDQ_001773

answers: What does the Catskill Mountains watershed contain?

answers: NDQ_001774

answers: is not pure enough

answers: NDQ_001775

answers: purification by water treatment plants

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: The Croton Watershed

answers: NDQ_001778

answers: expansion of New York City Water Tunnel No. 3

answers: NDQ_001781

answers: purified

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many major cities are supplied with drinking water by the protected Catskill Mountains watershed

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Where is the Catskill Mountains watershed located?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe New York City's water supply?

answers: NDQ_001798

answers: How would you describe New York City?

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: the majority of whose drinking water is pure enough not to require purification by water treatment plants

answers: NDQ_001803

answers: water purification plant

answers: NDQ_001804

answers: Water Tunnel No. 3

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water treatment plants.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: purification by water treatment plants.

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: New York is one of only four major cities in the United States

answers: NDQ_001773

answers: New York City is supplied with drinking water

answers: NDQ_001774

answers: purification by water treatment plants.

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water treatment plants.

answers: NDQ_001778

answers: construction

answers: NDQ_001781

answers: purification by water treatment plants.

answers: NDQ_001782

answers: New York City is supplied with drinking water

answers: NDQ_001785

answers: New York City Water Tunnel No. 3,

answers: NDQ_001787

answers: The Croton Watershed

answers: NDQ_001788

answers: drinking water

answers: NDQ_001789

answers: New York City Water Tunnel No. 3,

answers: NDQ_001790

answers: New York is one of only four major cities in the United States

answers: NDQ_001791

answers: US$3.2 billion water purification plant

answers: NDQ_001792

answers: New York City is supplied with drinking water

answers: NDQ_001793

answers: New York is one of only four major cities in the United States

answers: NDQ_001794

answers: New York is one of only four major cities in the United States

answers: NDQ_001795

answers: The Croton Watershed

answers: NDQ_001796

answers: New York City Water Tunnel No. 3,

answers: NDQ_001797

answers: New York City is supplied with drinking water

answers: NDQ_001798

answers: New York is one of only four major cities in the United States

answers: NDQ_001799

answers: pure enough not to require purification by water treatment plants.

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: New York City is supplied with drinking water by the protected Catskill Mountains

answers: NDQ_001802

answers: pure enough not to require purification by water treatment plants.

answers: NDQ_001803

answers: water purification plant

answers: NDQ_001804

answers: New York City Water Tunnel No. 3,

answers: NDQ_001805

answers: purification by water treatment plants.

text: Water supply is not uniformly continuous and often fails to meet basic drinking water quality standards. As a result, many consumers are forced to use alternative and more expensive water sources. For example, it is common in the urban ‘barrios’ in central Venezuela for poor consumers to pay the equivalent of approximately US$1.90 m³ – much more than the tariff for water from the network – for water purchased from a tanker.

text: Water supply is not uniformly continuous and often fails to meet basic drinking water quality standards. As a result, many consumers are forced to use alternative and more expensive water sources. For example, it is common in the urban ‘barrios’ in central Venezuela for poor consumers to pay the equivalent of approximately

entity_name: United States dollar

text: US$

text: 1.90 m³ – much more than the tariff for water from the network – for water purchased from a tanker.

answers: NDQ_001768

answers: more expensive water sources

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water quality standards to fail

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: poor consumers

answers: NDQ_001773

answers: are used in the production of what product?

answers: NDQ_001774

answers: fails to meet basic drinking water quality standards

answers: NDQ_001775

answers: drinking

answers: NDQ_001776

answers: water quality standards

answers: NDQ_001777

answers: supply

answers: NDQ_001778

answers: consumers are forced to use alternative and more expensive water sources

answers: NDQ_001781

answers: fails to meet basic drinking water quality standards

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why is it common for poor consumers to use alternative and more expensive water sources?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: what is the first place mentioned?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: often fails to meet basic drinking water quality standards

answers: NDQ_001797

answers: Why are people forced to use alternative and more expensive water sources?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: uniform

answers: NDQ_001802

answers: often fails to meet basic drinking water quality standards

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: a tanker

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: alternative and more expensive water sources.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water quality standards.

answers: NDQ_001771

answers: drinking water quality standards.

answers: NDQ_001772

answers: consumers

answers: NDQ_001773

answers: Water supply is not uniformly continuous

answers: NDQ_001774

answers: fails to meet basic drinking water quality standards.

answers: NDQ_001775

answers: drinking water quality standards.

answers: NDQ_001776

answers: Water supply is not uniformly continuous and often fails to meet basic drinking water

answers: NDQ_001777

answers: uniformly continuous

answers: NDQ_001778

answers: consumers are forced to use alternative and more expensive water sources.

answers: NDQ_001781

answers: fails to meet basic drinking water quality standards.

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: fails to meet basic drinking water quality standards.

answers: NDQ_001788

answers: Water supply is not uniformly continuous

answers: NDQ_001789

answers: water purchased from a tanker.

answers: NDQ_001790

answers: Water supply is not uniformly continuous

answers: NDQ_001791

answers: Water

answers: NDQ_001792

answers: Water supply is not uniformly continuous and often fails to meet basic drinking water

answers: NDQ_001793

answers: often fails to meet basic drinking water quality standards.

answers: NDQ_001794

answers: Water supply is not uniformly continuous and often fails to meet basic drinking water

answers: NDQ_001795

answers: often fails to meet basic drinking water quality standards.

answers: NDQ_001796

answers: often fails to meet basic drinking water quality standards.

answers: NDQ_001797

answers: many consumers are forced to use alternative and more expensive water sources.

answers: NDQ_001798

answers: many consumers are forced to use alternative and more expensive water sources.

answers: NDQ_001799

answers: tanker.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water supply is not uniformly continuous

answers: NDQ_001802

answers: often fails to meet basic drinking water quality standards.

answers: NDQ_001803

answers: tanker.

answers: NDQ_001804

answers: tanker.

answers: NDQ_001805

answers: drinking water

text: Water supply and sanitation in Saudi Arabia is characterized by significant investments in seawater desalination,water distribution, sewerage and wastewater treatment leading to a substantial increase in access to drinking water and sanitation over thepast decades. About 50% of drinking water comes from desalination, 40% from the mining of non-renewable groundwater and 10% from surface water,especially in the mountainous southwest of the country. The capital Riyadh, located in the heart of the country, is supplied with desalinated water pumped from the Persian Gulf over a distance of 467 km. Given the substantial oil wealth,water is provided almost for free. Despite improvements service qualityremains poor. For example, in Riyadh water was available only once every 2.5 days in 2011, while in Jeddah it is available only every 9 days. Institutional capacity and governancein the sector are weak, reflecting general characteristics of the public sector in Saudi Arabia. Since 2000, the government has increasingly relied on the private sector to operate water and sanitation infrastructure, beginning with desalination and wastewater treatment plants. Since 2008, the operation of urban water distribution systems is being gradually delegated to private companies as well.

text: Water supply and sanitation in Saudi Arabia is characterized by significant investments in

entity_name: Desalination

text: seawater desalination

text: ,water distribution, sewerage and wastewater treatment leading to a substantial increase in access to drinking water and sanitation over thepast decades. About 50% of drinking water comes from desalination, 40% from the mining of non-renewable groundwater and 10% from surface water,especially in the mountainous southwest of the country. The capital

entity_name: Riyadh

text: Riyadh

text: , located in the heart of the country, is supplied with desalinated water pumped from the

entity_name: Persian Gulf

text: Persian Gulf

text: over a distance of 467 km. Given the substantial

entity_name: Economy of Saudi Arabia

text: oil wealth

text: ,water is provided almost for free. Despite improvements service qualityremains poor. For example, in Riyadh water was available only once every 2.5 days in 2011, while in Jeddah it is available only every 9 days. Institutional capacity and

entity_name: Governance

text: governance

text: in the sector are weak, reflecting general characteristics of the public sector in Saudi Arabia. Since 2000, the government has increasingly relied on the private sector to operate water and sanitation infrastructure, beginning with desalination and wastewater treatment plants. Since 2008, the operation of urban water distribution systems is being gradually delegated to private companies as well.

answers: NDQ_001768

answers: non renewable groundwater

answers: NDQ_001769

answers: urban water distribution systems

answers: NDQ_001770

answers: a substantial increase in access to drinking water

answers: NDQ_001771

answers: How many percent of drinking water comes from surface water?

answers: NDQ_001772

answers: desalination

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: desalination, surface water or groundwater?

answers: NDQ_001774

answers: wastewater treatment plants

answers: NDQ_001775

answers: mining of non-renewable groundwater

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: oil wealth

answers: NDQ_001778

answers: mining of non-renewable groundwater

answers: NDQ_001781

answers: desalination

answers: NDQ_001782

answers: Which of the following is not a form of water: desalination, groundwater, or surface water?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: Which of the following is not a source of drinking water: desalination, mining or surface water?

answers: NDQ_001788

answers: How many percent of drinking water comes from desalination?

answers: NDQ_001789

answers: Which of the following is not a source of drinking water: desalination, groundwater or surface water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: 10% from surface water,especially in the mountainous southwest of the country

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many percent of drinking water comes from desalination?

answers: NDQ_001797

answers: How many percent of drinking water comes from desalination?

answers: NDQ_001798

answers: How many percent of drinking water comes from desalination?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: In Riyadh water was available only once every 2.5 days in 2011,

answers: NDQ_001802

answers: About 50% of drinking water comes from desalination, 40% from the mining of non-renewable groundwater

answers: NDQ_001803

answers: desalination

answers: NDQ_001804

answers: sewerage

answers: NDQ_001805

answers: the mining of non-renewable groundwater

answers: NDQ_001768

answers: surface water,especially

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: service qualityremains poor.

answers: NDQ_001771

answers: 10% from surface water,especially

answers: NDQ_001772

answers: desalination,

answers: NDQ_001773

answers: 40% from the mining of non-renewable groundwater

answers: NDQ_001774

answers: wastewater

answers: NDQ_001775

answers: 40% from the mining of non-renewable groundwater

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: oil wealth,water

answers: NDQ_001778

answers: mining of non-renewable groundwater

answers: NDQ_001781

answers: 40% from the mining of non-renewable groundwater

answers: NDQ_001782

answers: 50% of drinking water comes from desalination,

answers: NDQ_001785

answers: wealth,water is provided almost for free.

answers: NDQ_001787

answers: 40% from the mining of non-renewable groundwater

answers: NDQ_001788

answers: 10% from surface water,especially

answers: NDQ_001789

answers: non-renewable groundwater

answers: NDQ_001790

answers: wealth,water is provided almost for free.

answers: NDQ_001791

answers: 10% from surface water,especially

answers: NDQ_001792

answers: surface water,especially

answers: NDQ_001793

answers: 50% of drinking water comes from desalination,

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: 50% of drinking water comes from desalination,

answers: NDQ_001796

answers: 50% of drinking water comes from desalination,

answers: NDQ_001797

answers: mountainous southwest

answers: NDQ_001798

answers: 50% of drinking water comes from desalination,

answers: NDQ_001799

answers: desalination,

answers: NDQ_001800

answers: non-renewable groundwater

answers: NDQ_001801

answers: 2011,

answers: NDQ_001802

answers: 40% from the mining of non-renewable groundwater and 10%

answers: NDQ_001803

answers: desalination and wastewater treatment plants.

answers: NDQ_001804

answers: sewerage

answers: NDQ_001805

answers: mining of non-renewable groundwater

text: Only a very small share of public water supply is used for drinking. According to one 2002 survey of 1,000 households, an estimated 56% of Americans drank water straight from the tap and an additional 37% drank tap water after filtering it. 74% of Americans said they bought bottled water. According to a non-representative survey conducted among 216 parents (173 Latinos and 43 non-Latinos), 63 (29%) never drank tap water. The share is much higher among Latinos (34%) than among non-Latinos (12%). The study concluded that many Latino families avoid drinking tap water because they fear it causes illness, resulting in greater cost for the purchase of bottled and filtered water. This notion is also repeated among Asians.

text: Only a very small share of public water supply is used for drinking. According to one 2002 survey of 1,000 households, an estimated 56% of Americans drank water straight from the tap and an additional 37% drank tap water after filtering it. 74% of Americans said they bought

entity_name: Bottled water

text: bottled water

text: . According to a non-representative survey conducted among 216 parents (173 Latinos and 43 non-Latinos), 63 (29%) never drank tap water. The share is much higher among Latinos (34%) than among non-Latinos (12%). The study concluded that many Latino families avoid drinking tap water because they fear it causes illness, resulting in greater cost for the purchase of bottled and filtered water. This notion is also repeated among Asians.

method: Bert-ConvKNRM

answers: NDQ_001768

answers: bottled water

answers: NDQ_001769

answers: public water supply is used for drinking

answers: NDQ_001770

answers: Why do many Latino families avoid drinking tap water?

answers: NDQ_001771

answers: How many percent of Americans drank water straight from the tap?

answers: NDQ_001772

answers: Americans

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: tap water or bottled water?

answers: NDQ_001774

answers: 74% of Americans said they bought bottled water

answers: NDQ_001775

answers: How many percent of Americans did not drink tap water?

answers: NDQ_001776

answers: drinking tap water

answers: NDQ_001777

answers: public water supply

answers: NDQ_001778

answers: buying bottled water

answers: NDQ_001781

answers: is not used for drinking

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How many percent of Americans drank water straight from the tap?

answers: NDQ_001787

answers: How many percent of Americans drank water straight from the tap?

answers: NDQ_001788

answers: How many percent of Americans drank water straight from the tap?

answers: NDQ_001789

answers: Which of the following is not a use of water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: According to a non-representative survey conducted among 216 parents

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: how many percent of Americans drank water straight from the tap

answers: NDQ_001797

answers: How many percent of Americans drank water straight from the tap?

answers: NDQ_001798

answers: how many percent of Americans drank water straight from the tap

answers: NDQ_001799

answers: Why do many Latinos avoid drinking tap water?

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: 2002 survey of 1,000 households

answers: NDQ_001802

answers: 74% of Americans said they bought bottled water

answers: NDQ_001803

answers: bottled water

answers: NDQ_001804

answers: public water supply

answers: NDQ_001805

answers: bottled water

answers: NDQ_001768

answers: bottled and filtered water.

answers: NDQ_001769

answers: drinking.

answers: NDQ_001770

answers: illness,

answers: NDQ_001771

answers: bottled water.

answers: NDQ_001772

answers: drinking.

answers: NDQ_001773

answers: 63 (29%) never drank tap water.

answers: NDQ_001774

answers: 63 (29%) never drank tap water.

answers: NDQ_001775

answers: drinking.

answers: NDQ_001776

answers: tap water

answers: NDQ_001777

answers: greater cost

answers: NDQ_001778

answers: purchase of bottled and filtered water.

answers: NDQ_001781

answers: Latino families avoid drinking tap water

answers: NDQ_001782

answers: 63 (29%) never drank tap water.

answers: NDQ_001785

answers: 63 (29%) never drank tap water.

answers: NDQ_001787

answers: 63 (29%) never drank tap water.

answers: NDQ_001788

answers: 63 (29%) never drank tap water.

answers: NDQ_001789

answers: 63 (29%) never drank tap water.

answers: NDQ_001790

answers: 63 (29%) never drank tap water.

answers: NDQ_001791

answers: 63 (29%) never drank tap water.

answers: NDQ_001792

answers: 63 (29%) never drank tap water.

answers: NDQ_001793

answers: 56% of Americans drank water straight from the tap

answers: NDQ_001794

answers: 63 (29%) never drank tap water.

answers: NDQ_001795

answers: 63 (29%) never drank tap water.

answers: NDQ_001796

answers: 63 (29%) never drank tap water.

answers: NDQ_001797

answers: 63 (29%) never drank tap water.

answers: NDQ_001798

answers: 74% of Americans said they bought bottled water.

answers: NDQ_001799

answers: 56% of Americans drank water straight from the tap

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 63 (29%) never drank tap water.

answers: NDQ_001802

answers: Only a very small

answers: NDQ_001803

answers: filtering it. 74% of Americans said they bought bottled water.

answers: NDQ_001804

answers: public water supply

answers: NDQ_001805

answers: bottled water.

text: The two principal rivers of the basin, the Murray and Darling, bring water from the high ranges of the east and carry it west then south through long flat and dry in lands. Nevertheless, these waters are subject to major diversions for municipal drinking supplies and irrigated agriculture that began in the 1890s.  Currently, 4 major reservoirs, 14 lock and weir structures, and five coastal barrages interject the water flowing down the Murray-Darling.  Of the approximately  of flow in the basin, which studies have shown to be divertible,  are removed for irrigation, industrial use, and domestic supply. Agricultural irrigation accounts for about 95 percent of the water removed, including for the growing of rice and cotton. This extraction is highly controversial among scientists in Australia, regarding the agriculture industry's high water use in a region extremely short of water (as much due to exceptionally low run-off coefficients as to low rainfall). These extensive irrigation systems require a reliable supply of water, not the unpredictable flows that characterize the Murray-Darling.  These structures and irrigation implements were ideal when there was a steady flow of water. However, during “the Big Dry,” as the drought came to be known, Australian farmers experienced a scarcity unlike every before. The drought was so severe that numerous rivers and streams such as the Murray-Darling stopped flowing. The basin contains more than 30,000 wetlands.  Eleven of these are protected under the Ramsar Convention of Wetlands of International Importance.

text: The two principal rivers of the basin, the Murray and Darling, bring water from the high ranges of the east and carry it west then south through long flat and dry in lands. Nevertheless, these waters are subject to major diversions for municipal drinking supplies and irrigated agriculture that began in the 1890s.  Currently, 4 major reservoirs, 14 lock and weir structures, and five coastal barrages interject the water flowing down the Murray-Darling.  Of the approximately  of flow in the basin, which studies have shown to be divertible,  are removed for irrigation, industrial use, and domestic supply. Agricultural irrigation accounts for about 95 percent of the water removed, including for the growing of

entity_name: Rice

text: rice

text: and

entity_name: Cotton

text: cotton

text: . This extraction is highly controversial among scientists in Australia, regarding the agriculture industry's high water use in a region extremely short of water (as much due to exceptionally low run-off coefficients as to low rainfall). These extensive irrigation systems require a reliable supply of water, not the unpredictable flows that characterize the Murray-Darling.  These structures and irrigation implements were ideal when there was a steady flow of water. However, during “the Big Dry,” as the drought came to be known, Australian farmers experienced a scarcity unlike every before. The drought was so severe that numerous rivers and streams such as the Murray-Darling stopped flowing. The basin contains more than 30,000

entity_name: Wetland

text: wetland

text: s.  Eleven of these are protected under the

entity_name: Ramsar Convention

text: Ramsar Convention

text: of Wetlands of International Importance.

answers: NDQ_001768

answers: Agricultural irrigation

answers: NDQ_001769

answers: drinking supplies

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: Agricultural irrigation accounts for about 95 percent of the water removed, including for the growing of rice and cotton

answers: NDQ_001772

answers: agricultural irrigation

answers: NDQ_001773

answers: Which of the following is not used for irrigation: rice, cotton, or industrial use?

answers: NDQ_001774

answers: Agricultural irrigation

answers: NDQ_001775

answers: Agricultural irrigation accounts for about 95 percent of the water removed

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: Agricultural irrigation

answers: NDQ_001781

answers: is unpredictable

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, irrigation, or industrial use?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why is this extraction highly controversial?

answers: NDQ_001789

answers: Which of the following is not a source of water: irrigation, industrial use, or domestic supply?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: How many major reservoirs interject the water flowing down the Murray-Darling?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many major reservoirs interject the water flowing down the Murray-Darling?

answers: NDQ_001797

answers: Which of the following is not a type of irrigation: irrigation, industrial use, or domestic supply?

answers: NDQ_001798

answers: How many percent of the water removed is for irrigation?

answers: NDQ_001799

answers: It is safe to drink water as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: the Big Dry

answers: NDQ_001802

answers: these waters are subject to major diversions for municipal drinking supplies and irrigated agriculture

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: 4 major reservoirs

answers: NDQ_001805

answers: agricultural irrigation

answers: NDQ_001768

answers: Agricultural irrigation

answers: NDQ_001769

answers: drinking supplies

answers: NDQ_001770

answers: short of water

answers: NDQ_001771

answers: municipal drinking supplies

answers: NDQ_001772

answers: Agricultural irrigation

answers: NDQ_001773

answers: Agricultural irrigation

answers: NDQ_001774

answers: Agricultural irrigation

answers: NDQ_001775

answers: irrigation,

answers: NDQ_001776

answers: irrigated agriculture

answers: NDQ_001777

answers: rainfall).

answers: NDQ_001778

answers: irrigated agriculture

answers: NDQ_001781

answers: unpredictable flows

answers: NDQ_001782

answers: municipal drinking supplies

answers: NDQ_001785

answers: irrigated agriculture

answers: NDQ_001787

answers: Agricultural irrigation

answers: NDQ_001788

answers: unpredictable flows

answers: NDQ_001789

answers: Agricultural irrigation

answers: NDQ_001790

answers: 30,000 wetlands.

answers: NDQ_001791

answers: 30,000 wetlands.

answers: NDQ_001792

answers: high ranges

answers: NDQ_001793

answers: drinking supplies

answers: NDQ_001794

answers: 30,000 wetlands.

answers: NDQ_001795

answers: municipal drinking supplies

answers: NDQ_001796

answers: municipal drinking supplies

answers: NDQ_001797

answers: municipal drinking supplies

answers: NDQ_001798

answers: 1890s.

answers: NDQ_001799

answers: steady flow of water.

answers: NDQ_001800

answers: drought came to be known, Australian farmers experienced a scarcity

answers: NDQ_001801

answers: “the Big Dry,”

answers: NDQ_001802

answers: major diversions for municipal drinking supplies and irrigated agriculture

answers: NDQ_001803

answers: Agricultural irrigation

answers: NDQ_001804

answers: five coastal barrages

answers: NDQ_001805

answers: Agricultural irrigation

text: A fish screen is designed to prevent fish from swimming or being drawn into an aqueduct, cooling water intake, dam or other diversion on a river, lake or waterway where water is taken for human use. They are intended to supply debris-free water without harming aquatic life. Fish screens are typically installed to protect endangered species of fishes that would otherwise be harmed or killed when passing through industrial facilities such as steam electric power plants, hydroelectric generators, petroleum refineries, chemical plants, farm irrigation water and municipal drinking water treatment plants. However, many fish are killed or injured on screens or elsewhere in the intake structures.

text: A fish screen is designed to prevent

entity_name: Fish

text: fish

text: from swimming or being drawn into an

entity_name: Aqueduct (water supply)

text: aqueduct

text: cooling water intake

text: dam

text: or other diversion on a

text: river

text: lake

text: or waterway where water is taken for human use. They are intended to supply debris-free water without harming aquatic life. Fish screens are typically installed to protect

text: endangered species

text: of fishes that would otherwise be harmed or killed when passing through industrial facilities such as

text: steam electric power plant

text: s,

text: hydroelectric

text: generator

text: s,

text: petroleum refineries

text: chemical plant

text: s, farm

text: irrigation

text: water and municipal

text: drinking water treatment

text: plants. However, many fish are killed or injured on screens or elsewhere in the intake structures.

answers: NDQ_001768

answers: farm irrigation water

answers: NDQ_001769

answers: human use

answers: NDQ_001770

answers: Fish screens to be installed

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: What type of chemicals are used in farm irrigation water?

answers: NDQ_001774

answers: is taken for human use

answers: NDQ_001775

answers: chemical plants

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Fish screens

answers: NDQ_001778

answers: farm irrigation

answers: NDQ_001781

answers: fish are killed or injured on screens

answers: NDQ_001782

answers: What is the purpose of a fish screen?

answers: NDQ_001785

answers: Which of the following is not an example of a fish screen?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Hydroelectric generators

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a reason for a fish screen to be installed?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: can cause a fish screen

answers: NDQ_001802

answers: The degree to which water is polluted

answers: NDQ_001803

answers: farm irrigation water

answers: NDQ_001804

answers: aqueduct

answers: NDQ_001805

answers: human use

answers: NDQ_001768

answers: fish screen

answers: NDQ_001769

answers: human use.

answers: NDQ_001770

answers: many fish are killed or injured

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: chemical plants,

answers: NDQ_001774

answers: A fish screen

answers: NDQ_001775

answers: human use.

answers: NDQ_001776

answers: water is taken for human use.

answers: NDQ_001777

answers: water is taken for human use.

answers: NDQ_001778

answers: farm irrigation water

answers: NDQ_001781

answers: fish are killed or injured on screens or elsewhere in the intake structures.

answers: NDQ_001782

answers: aquatic life.

answers: NDQ_001785

answers: water is taken for human use.

answers: NDQ_001787

answers: farm irrigation water

answers: NDQ_001788

answers: farm irrigation water

answers: NDQ_001789

answers: hydroelectric generators,

answers: NDQ_001790

answers: water is taken for human use.

answers: NDQ_001791

answers: A fish screen

answers: NDQ_001792

answers: A fish screen

answers: NDQ_001793

answers: municipal drinking water treatment plants.

answers: NDQ_001794

answers: A fish screen

answers: NDQ_001795

answers: A fish screen

answers: NDQ_001796

answers: many fish are killed or injured on screens or elsewhere in the intake structures.

answers: NDQ_001797

answers: A fish screen

answers: NDQ_001798

answers: A fish screen

answers: NDQ_001799

answers: debris-free water without harming aquatic life.

answers: NDQ_001800

answers: water is taken for human use.

answers: NDQ_001801

answers: A fish screen

answers: NDQ_001802

answers: debris-free water without harming aquatic life.

answers: NDQ_001803

answers: farm irrigation water

answers: NDQ_001804

answers: aqueduct,

answers: NDQ_001805

answers: human use.

text: Directly related to maintaining the health of the human population is water supply, and it is one of the resources that experience the biggest strain. With the global population at about 7.5 billion, and each human theoretically needing 2 liters of drinking water, there is a demand for 15 billion liters of water each day to meet the minimum requirement for healthy living (United). Weather patterns, elevation, and climate all contribute to uneven distribution of fresh drinking water. Without clean water, good health is not a viable option. Besides drinking, water is used to create sanitary living conditions and is the basis of creating a healthy environment fit to hold human life. In addition to drinking water, water is also used for bathing, washing clothes and dishes, flushing toilets, a variety of cleaning methods, recreation, watering lawns, and farm irrigation.Irrigation poses one of the largest problems, because without sufficient water to irrigate crops, the crops die and then there is the problem of food rations and starvation. In addition to water needed for crops and food, there is limited land area dedicated to food production, and not much more that is suitable to be added. Arable land, needed to sustain the growing population, is also a factor because land being under or over cultivated easily upsets the delicate balance of nutrition supply. There are also problems with location of arable land with regard to proximity to countries and relative population (Bashford 240). Access to nutrition is an important limiting factor in population sustainability and growth. No increase in arable land added to the still increasing human population will eventually pose a serious conflict. Only 38% of the land area of the globe is dedicated to agriculture, and there is not room for much more. Although plants produce 54 billion metric tons of carbohydrates per year, when the population is expected to grow to 9 billion by 2050, the plants may not be able to keep up (Biello). Food supply is a primary example of how a resource reacts when its carrying capacity is exceeded. By trying to grow more and more crops off of the same amount of land, the soil becomes exhausted. Because the soil is exhausted, it is then unable to produce the same amount of food as before, and is overall less productive. Therefore, by using resources beyond a sustainable level, the resource become nullified and ineffective, which further increases the disparity between the demand for a resource and the availability of a resource. There must be a shift to provide adequate recovery time to each one of the supplies in demand to support contemporary human lifestyles.

answers: NDQ_001768

answers: farm irrigation

answers: NDQ_001769

answers: watering lawns

answers: NDQ_001770

answers: starvation

answers: NDQ_001771

answers: watering lawns

answers: NDQ_001772

answers: farm irrigation

answers: NDQ_001773

answers: are used to irrigate crops.

answers: NDQ_001774

answers: unsuitable to be added

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: irrigate crops

answers: NDQ_001781

answers: is not used for crops

answers: NDQ_001782

answers: Yes

answers: NDQ_001785

answers: Yes

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: no

answers: NDQ_001790

answers: water scarcity is not a problem since 70% of Earth is covered by water

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: How many people will have enough clean water by the year 2025?

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Drier climates generally have less water for people to use.

answers: NDQ_001798

answers: water is used to create sanitary living conditions and is the basis of creating a healthy environment fit to hold human life

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: farm irrigation

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: farm irrigation

answers: NDQ_001768

answers: farm irrigation.Irrigation

answers: NDQ_001769

answers: watering lawns,

answers: NDQ_001770

answers: food rations and starvation.

answers: NDQ_001771

answers: recreation,

answers: NDQ_001772

answers: farm irrigation.Irrigation

answers: NDQ_001773

answers: the soil becomes exhausted.

answers: NDQ_001774

answers: carrying capacity

answers: NDQ_001775

answers: farm irrigation.Irrigation

answers: NDQ_001776

answers: its carrying capacity

answers: NDQ_001777

answers: Weather patterns, elevation, and climate

answers: NDQ_001778

answers: irrigation.Irrigation

answers: NDQ_001781

answers: carrying capacity

answers: NDQ_001782

answers: Arable land,

answers: NDQ_001785

answers: carrying capacity

answers: NDQ_001787

answers: carrying capacity

answers: NDQ_001788

answers: carrying capacity

answers: NDQ_001789

answers: 38% of the land area of the globe is dedicated to agriculture,

answers: NDQ_001790

answers: limited land area dedicated to food production,

answers: NDQ_001791

answers: 38% of the land area of the globe is dedicated to agriculture,

answers: NDQ_001792

answers: 38%

answers: NDQ_001793

answers: carrying capacity

answers: NDQ_001794

answers: carrying capacity

answers: NDQ_001795

answers: food production,

answers: NDQ_001796

answers: 38%

answers: NDQ_001797

answers: climate all contribute to uneven distribution of fresh drinking water.

answers: NDQ_001798

answers: food production,

answers: NDQ_001799

answers: 38%

answers: NDQ_001800

answers: water supply,

answers: NDQ_001801

answers: the soil becomes exhausted.

answers: NDQ_001802

answers: uneven distribution of fresh drinking water.

answers: NDQ_001803

answers: farm irrigation.Irrigation

answers: NDQ_001804

answers: 38% of the land area of the globe is dedicated to agriculture,

answers: NDQ_001805

answers: farm irrigation.Irrigation

text: Monthly rainfall tends to be highest in autumn and early winter and lowest in the summer months, with July often being the driest month. There is less rainfall from summer convective showers and thunderstorms than in inland ares. The county can suffer both from localised flooding caused by heavy rainfall and from water shortages caused by prolonged periods of below average rainfall. Winter rainfall is needed to recharge the chalk aquifers from which much of the water supply is drawn.

text: Monthly rainfall tends to be highest in autumn and early winter and lowest in the summer months, with July often being the driest month. There is less rainfall from summer convective showers and thunderstorms than in inland ares. The county can suffer both from localised flooding caused by heavy rainfall and from water shortages caused by prolonged periods of below average rainfall. Winter rainfall is needed to recharge the chalk aquifers from which much of the water supply is drawn.

answers: NDQ_001768

answers: aquifers

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: localised flooding

answers: NDQ_001771

answers: What is the driest month?

answers: NDQ_001772

answers: inland ares

answers: NDQ_001773

answers: Which of the following is not a source of rainfall: convective showers and thunderstorms or rainfall?

answers: NDQ_001774

answers: is not recharged

answers: NDQ_001775

answers: aquifers

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: prolonged periods of below average rainfall

answers: NDQ_001781

answers: lacks aquifers

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: Which of the following is not a source of water: chalk aquifers or rainfall?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason for localised flooding caused by heavy rainfall?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: prolonged periods of below average rainfall

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: chalk aquifers

answers: NDQ_001805

answers: winter rainfall

answers: NDQ_001768

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001769

answers: flooding

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: summer convective showers and thunderstorms

answers: NDQ_001772

answers: chalk aquifers

answers: NDQ_001773

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001774

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001775

answers: much of the water supply is drawn.

answers: NDQ_001776

answers: rainfall

answers: NDQ_001777

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001778

answers: localised flooding

answers: NDQ_001781

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001782

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001785

answers: water shortages caused by prolonged periods of below average rainfall.

answers: NDQ_001787

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001788

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001789

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001790

answers: water shortages caused by prolonged periods of below average rainfall.

answers: NDQ_001791

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001792

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001793

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001794

answers: chalk aquifers

answers: NDQ_001795

answers: water shortages caused by prolonged periods of below average rainfall.

answers: NDQ_001796

answers: water shortages caused by prolonged periods of below average rainfall.

answers: NDQ_001797

answers: inland ares.

answers: NDQ_001798

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001799

answers: Winter rainfall is needed to recharge the chalk aquifers

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: prolonged periods of below average rainfall.

answers: NDQ_001802

answers: localised flooding

answers: NDQ_001803

answers: Winter rainfall

answers: NDQ_001804

answers: chalk aquifers

answers: NDQ_001805

answers: Winter rainfall is needed to recharge the chalk aquifers

text: Water problems around the world are increasing; however, information useful for decision makers within the water sector and related to the water sector seems to be decreasing.  Solving water problems requires information from many disciplines.  The information has to be coherent and harmonized in order to provide an integrated picture useful for the assessment of the problems.

text: Water problems around the world are increasing; however, information useful for decision makers within the water sector and related to the water sector seems to be decreasing.  Solving water problems requires information from many disciplines.  The information has to be coherent and harmonized in order to provide an integrated picture useful for the assessment of the problems.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: water problems

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: the water sector

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: is not properly regulated

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: burning fossil fuels

answers: NDQ_001781

answers: wastes too much energy.

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is true of water?

answers: NDQ_001787

answers: information useful for decision makers within the water sector and related to the water sector seems to be decreasing

answers: NDQ_001788

answers: information useful for decision makers within the water sector

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Solving water problems requires information from many disciplines

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Solving water problems requires information from many disciplines

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, tropical, or tropical?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a way to move water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be a problem

answers: NDQ_001802

answers: increasing

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to collect runoff water

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Water problems around the world are increasing;

answers: NDQ_001769

answers: water sector

answers: NDQ_001770

answers: Water problems

answers: NDQ_001771

answers: Water problems around the world are increasing;

answers: NDQ_001772

answers: water sector

answers: NDQ_001773

answers: Water problems around the world are increasing;

answers: NDQ_001774

answers: decreasing.

answers: NDQ_001775

answers: water sector

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: Water problems

answers: NDQ_001778

answers: Water problems around the world are increasing;

answers: NDQ_001781

answers: Water problems around the world are increasing;

answers: NDQ_001782

answers: Water problems

answers: NDQ_001785

answers: Water problems around the world are increasing;

answers: NDQ_001787

answers: Solving water problems requires information from many disciplines.

answers: NDQ_001788

answers: Water problems around the world are increasing;

answers: NDQ_001789

answers: Solving water problems

answers: NDQ_001790

answers: Water problems around the world are increasing;

answers: NDQ_001791

answers: Water problems around the world are increasing;

answers: NDQ_001792

answers: Water problems around the world are increasing;

answers: NDQ_001793

answers: Water problems around the world are increasing;

answers: NDQ_001794

answers: Water problems around the world are increasing;

answers: NDQ_001795

answers: Water problems around the world are increasing;

answers: NDQ_001796

answers: Water problems around the world are increasing;

answers: NDQ_001797

answers: Water problems around the world are increasing;

answers: NDQ_001798

answers: Water problems around the world are increasing;

answers: NDQ_001799

answers: Water problems around the world are increasing;

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water problems around the world are increasing;

answers: NDQ_001802

answers: Water problems around the world are increasing;

answers: NDQ_001803

answers: Water problems

answers: NDQ_001804

answers: water sector

answers: NDQ_001805

answers: Water problems

text: Water use in Beijing municipality was about 3.6 billion cubic meter per year in 2010, including 1.5 for residential uses, 1.3 for agriculture, 0.7 for industry, and 0.1 for environmental uses. Water use declined from 4.8 billion cubic meter/year in 1980 to 3.5 in 2002, then increasing slightly to 3.6 in 2010. The reduction was achieved by halving industrial and agricultural water use, while domestic water use increased five-fold from 0.3 to 1.5 billion cubic meters from 1980 to 2010. About 90 percent of domestic water supply is provided by the Beijing Water Bureau as piped water, while the remainder is taken by households directly from wells. Agriculture relies almost entirely on groundwater. When a drought hit the area in the 1980s the government imposed limits on the implantation of water-intensive industries, even relocated some industries and stopped irrigation from the two large reservoirs in the region.

text: Water use in Beijing municipality was about 3.6 billion cubic meter per year in 2010, including 1.5 for residential uses, 1.3 for agriculture, 0.7 for industry, and 0.1 for environmental uses. Water use declined from 4.8 billion cubic meter/year in 1980 to 3.5 in 2002, then increasing slightly to 3.6 in 2010. The reduction was achieved by halving industrial and agricultural water use, while domestic water use increased five-fold from 0.3 to 1.5 billion cubic meters from 1980 to 2010. About 90 percent of domestic water supply is provided by the Beijing Water Bureau as piped water, while the remainder is taken by households directly from wells. Agriculture relies almost entirely on groundwater. When a drought hit the area in the 1980s the government imposed limits on the implantation of water-intensive industries, even relocated some industries and stopped irrigation from the two large reservoirs in the region.

answers: NDQ_001768

answers: domestic water use

answers: NDQ_001769

answers: residential uses

answers: NDQ_001770

answers: How many billion cubic meters did domestic water use increase five-fold?

answers: NDQ_001771

answers: How many more cubic meters of water was used for residential uses than for agriculture?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which industry uses the most water?

answers: NDQ_001774

answers: 0.3

answers: NDQ_001775

answers: 0.7

answers: NDQ_001776

answers: water use

answers: NDQ_001777

answers: domestic water supply

answers: NDQ_001778

answers: water-intensive industries

answers: NDQ_001781

answers: groundwater

answers: NDQ_001782

answers: Which of the following is not a form of life: residential uses, agriculture, or industry?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may be the reason for the government's restrictions on irrigation?

answers: NDQ_001788

answers: Why did the government stop irrigation from the two large reservoirs in the region

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many billion cubic meters did domestic water use increase from 1980 to 2010?

answers: NDQ_001797

answers: How many billion cubic meters did domestic water use increase five-fold from 1980 to 2010?

answers: NDQ_001798

answers: yes

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: drought hit the area in the 1980s

answers: NDQ_001802

answers: about 90 percent of domestic water supply is provided by the Beijing Water Bureau as piped water

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: domestic water use

answers: NDQ_001768

answers: groundwater.

answers: NDQ_001769

answers: residential uses,

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: 1.5

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: Agriculture relies almost entirely on groundwater.

answers: NDQ_001774

answers: directly from wells.

answers: NDQ_001775

answers: 0.7

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: Agriculture relies almost entirely on groundwater.

answers: NDQ_001778

answers: water-intensive industries,

answers: NDQ_001781

answers: When a drought

answers: NDQ_001782

answers: Agriculture relies almost entirely on groundwater.

answers: NDQ_001785

answers: 4.8 billion cubic meter/year in 1980 to 3.5 in 2002,

answers: NDQ_001787

answers: stopped irrigation

answers: NDQ_001788

answers: stopped irrigation from the two large reservoirs in the region.

answers: NDQ_001789

answers: Agriculture relies almost entirely on groundwater.

answers: NDQ_001790

answers: Agriculture relies almost entirely on groundwater.

answers: NDQ_001791

answers: 90 percent of domestic water supply is provided by the Beijing Water Bureau

answers: NDQ_001792

answers: two large reservoirs

answers: NDQ_001793

answers: wells. Agriculture relies almost entirely on groundwater.

answers: NDQ_001794

answers: Agriculture relies almost entirely on groundwater.

answers: NDQ_001795

answers: 3.6 billion cubic meter per year in 2010,

answers: NDQ_001796

answers: 4.8 billion cubic meter/year in 1980 to 3.5 in 2002,

answers: NDQ_001797

answers: drought

answers: NDQ_001798

answers: halving industrial and agricultural water use,

answers: NDQ_001799

answers: piped water,

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: drought hit the area in the 1980s

answers: NDQ_001802

answers: 0.1

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: wells.

answers: NDQ_001805

answers: 4.8

text: Water is the underlying tenuous balance of safe water supply, but controllable factors such as the management and distribution of the water supply itself contribute to further scarcity.

text: Water is the underlying tenuous balance of safe water supply, but controllable factors such as the management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001768

answers: water sparingly

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: scarcity

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: is not distributed properly

answers: NDQ_001775

answers: management and distribution

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: controllable factors

answers: NDQ_001778

answers: distribution of the water supply

answers: NDQ_001781

answers: is not properly managed

answers: NDQ_001782

answers: Which of the following is not true of water?

answers: NDQ_001785

answers: It's impossible to live without water.

answers: NDQ_001787

answers: What is the underlying tenuous balance of safe water supply?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water is the underlying tenuous balance

answers: NDQ_001797

answers: Which of the following is not a controllable factor?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: can lead to a drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to supply water

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001769

answers: management and distribution

answers: NDQ_001770

answers: scarcity.

answers: NDQ_001771

answers: management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001772

answers: controllable factors

answers: NDQ_001773

answers: Water is the underlying tenuous balance of safe water supply,

answers: NDQ_001774

answers: management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001775

answers: management and distribution

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: management and distribution

answers: NDQ_001778

answers: management and distribution

answers: NDQ_001781

answers: management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001782

answers: Water is the underlying tenuous balance of safe water supply,

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: Water

answers: NDQ_001788

answers: management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001789

answers: Water is the underlying tenuous balance of safe water supply,

answers: NDQ_001790

answers: controllable factors

answers: NDQ_001791

answers: Water is the underlying tenuous balance of safe water supply,

answers: NDQ_001792

answers: Water is the underlying tenuous balance of safe water supply,

answers: NDQ_001793

answers: scarcity.

answers: NDQ_001794

answers: Water is the underlying tenuous balance of safe water supply,

answers: NDQ_001795

answers: scarcity.

answers: NDQ_001796

answers: management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001797

answers: management and distribution of the water supply itself contribute to further scarcity.

answers: NDQ_001798

answers: scarcity.

answers: NDQ_001799

answers: controllable factors

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: scarcity.

answers: NDQ_001802

answers: scarcity.

answers: NDQ_001803

answers: management and distribution

answers: NDQ_001804

answers: Water is the underlying tenuous balance of safe water supply,

answers: NDQ_001805

answers: Water is the underlying tenuous balance of safe water supply,

text: Water shortage becomes the primary problem, with not enough water available for drinking or farming. Looting becomes a problem, and martial law is declared in many places. Desalination plants are built to deal with the water shortage. People in countries that lack water and food begin leaving the country in search of resources, prompting an unprecedented human migration. Many people head to the Great Lakes, forming massive tent cities.

text: Water shortage becomes the primary problem, with not enough water available for drinking or farming. Looting becomes a problem, and martial law is declared in many places. Desalination plants are built to deal with the water shortage. People in countries that lack water and food begin leaving the country in search of resources, prompting an unprecedented human migration. Many people head to the Great Lakes, forming massive tent cities.

answers: NDQ_001768

answers: Desalination

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: Looting

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: farming

answers: NDQ_001773

answers: are used to reduce the amount of water needed for farming.

answers: NDQ_001774

answers: Looting

answers: NDQ_001775

answers: drinking and farming

answers: NDQ_001776

answers: water shortage

answers: NDQ_001777

answers: resources

answers: NDQ_001778

answers: human migration

answers: NDQ_001781

answers: is not enough

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a problem with desalination plants?

answers: NDQ_001788

answers: Which of the following is not a problem with irrigation systems?

answers: NDQ_001789

answers: Desalination plants are built to deal with what?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Desalination plants are built to deal with the water shortage

answers: NDQ_001797

answers: Which of the following is not a reason for people to migrate?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: Which of the following is not a type of water?

answers: NDQ_001800

answers: Water shortage

answers: NDQ_001801

answers: NDQ_001802

answers: desalination plants

answers: NDQ_001803

answers: Desalination

answers: NDQ_001804

answers: desalination plants

answers: NDQ_001805

answers: farming

answers: NDQ_001768

answers: Desalination plants

answers: NDQ_001769

answers: drinking or farming.

answers: NDQ_001770

answers: Water shortage

answers: NDQ_001771

answers: Great Lakes,

answers: NDQ_001772

answers: farming.

answers: NDQ_001773

answers: Water shortage

answers: NDQ_001774

answers: Looting

answers: NDQ_001775

answers: Desalination plants

answers: NDQ_001776

answers: Water shortage

answers: NDQ_001777

answers: farming.

answers: NDQ_001778

answers: Looting

answers: NDQ_001781

answers: Water shortage

answers: NDQ_001782

answers: Water shortage

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: Desalination plants

answers: NDQ_001788

answers: Water shortage

answers: NDQ_001789

answers: Desalination plants

answers: NDQ_001790

answers: Water shortage becomes the primary problem,

answers: NDQ_001791

answers: Great Lakes,

answers: NDQ_001792

answers: Great Lakes,

answers: NDQ_001793

answers: Great Lakes,

answers: NDQ_001794

answers: Great Lakes,

answers: NDQ_001795

answers: Desalination plants

answers: NDQ_001796

answers: Water shortage

answers: NDQ_001797

answers: Desalination plants

answers: NDQ_001798

answers: Desalination plants

answers: NDQ_001799

answers: Desalination plants

answers: NDQ_001800

answers: Water shortage

answers: NDQ_001801

answers: Water shortage

answers: NDQ_001802

answers: Water shortage

answers: NDQ_001803

answers: Desalination plants

answers: NDQ_001804

answers: Desalination plants

answers: NDQ_001805

answers: farming.

text: The water used in the station's boilers was taken from the local water supply, known as 'towns water'. This is the same as the drinking water used to supply households. This water was used as it had already been screened and purified by Scottish Water.

text: The water used in the station's boilers was taken from the local water supply, known as 'towns water'. This is the same as the

text: drinking water

text: used to supply households. This water was used as it had already been screened and purified by

text: Scottish Water

answers: NDQ_001768

answers: towns water

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: drinking water to taste bad

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: can be found in the following places:

answers: NDQ_001774

answers: used in the station's boilers

answers: NDQ_001775

answers: boilers

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: town's water

answers: NDQ_001778

answers: use in the station's boilers

answers: NDQ_001781

answers: is not filtered

answers: NDQ_001782

answers: Why was the water used in the station's boilers taken from the local water supply?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why did Scottish Water use the water used in the station's boilers?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of waterborne disease?

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used to provide extra water to plants

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: 'towns water'.

answers: NDQ_001769

answers: drinking water used to supply households.

answers: NDQ_001770

answers: drinking water used to supply households.

answers: NDQ_001771

answers: The water used in the station's boilers

answers: NDQ_001772

answers: households.

answers: NDQ_001773

answers: The water used in the station's boilers

answers: NDQ_001774

answers: boilers

answers: NDQ_001775

answers: boilers

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: local water supply,

answers: NDQ_001778

answers: households.

answers: NDQ_001781

answers: screened and purified

answers: NDQ_001782

answers: 'towns water'. This is the same as the drinking water

answers: NDQ_001785

answers: 'towns water'.

answers: NDQ_001787

answers: 'towns water'.

answers: NDQ_001788

answers: local water supply,

answers: NDQ_001789

answers: boilers

answers: NDQ_001790

answers: 'towns water'.

answers: NDQ_001791

answers: 'towns water'.

answers: NDQ_001792

answers: The water

answers: NDQ_001793

answers: drinking water used to supply households.

answers: NDQ_001794

answers: 'towns water'.

answers: NDQ_001795

answers: 'towns water'.

answers: NDQ_001796

answers: 'towns water'.

answers: NDQ_001797

answers: 'towns water'. This is the same as the drinking water

answers: NDQ_001798

answers: 'towns water'.

answers: NDQ_001799

answers: drinking water used to supply households.

answers: NDQ_001800

answers: water supply,

answers: NDQ_001801

answers: The water

answers: NDQ_001802

answers: screened and purified

answers: NDQ_001803

answers: boilers

answers: NDQ_001804

answers: local water supply,

answers: NDQ_001805

answers: drinking water used to supply households.

text: The current water crisis is a result of the deteriorated state of the water infrastructure due to underinvestment in the water sector and conflict-related destruction as well as the rapid growth of the population, which was estimated at 4 percent in urban areas and 2.5 percent in rural areas by the World Bank in 2009. Overall, the DRC's water supply and sanitation sector is characterized by several overlapping and conflicting institutional jurisdictions. Therefore, the water crisis in the DRC can be categorized as an economic water scarcity problem, hindering development in the country. Article 48 of the 2006 Constitution of the DRC recognizes the human right to water. The rehabilitation and development of the water sector is a priority to which the national government committed itself in the Growth and Poverty Reduction Strategies and to which it agreed as part of the international framework of the UN Millennium Development Goals.

text: The current water crisis is a result of the deteriorated state of the water

text: infrastructure

text: due to underinvestment in the water sector and conflict-related destruction as well as the rapid growth of the

text: population

text: , which was estimated at 4 percent in

text: urban area

text: s and 2.5 percent in

text: rural area

text: s by the

text: World Bank

text: in 2009. Overall, the DRC's water supply and sanitation sector is characterized by several overlapping and conflicting institutional

text: jurisdiction

text: s. Therefore, the water crisis in the DRC can be categorized as an

text: economic water scarcity

text: problem, hindering development in the country. Article 48 of the 2006 Constitution of the DRC recognizes the human right to water. The rehabilitation and development of the water sector is a priority to which the national

text: government

text: committed itself in the Growth and Poverty Reduction Strategies and to which it agreed as part of the international framework of the

text: UN Millennium Development Goals

answers: NDQ_001768

answers: urban areas

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides or pesticides?

answers: NDQ_001774

answers: underinvestment

answers: NDQ_001775

answers: What does the water crisis in the DRC can be categorized as?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: urban areas and rural areas

answers: NDQ_001778

answers: rapid growth of the population

answers: NDQ_001781

answers: underinvestment

answers: NDQ_001782

answers: What does Article 48 of the 2006 Constitution of the DRC recognize?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe the climate of the DRC?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: 2009

answers: NDQ_001802

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: economic water scarcity

answers: NDQ_001771

answers: Growth and Poverty Reduction Strategies

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: Growth and Poverty Reduction Strategies

answers: NDQ_001774

answers: conflict-related destruction

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: water crisis

answers: NDQ_001777

answers: rapid growth of the population,

answers: NDQ_001778

answers: rapid growth of the population,

answers: NDQ_001781

answers: underinvestment in the water sector

answers: NDQ_001782

answers: human right to water.

answers: NDQ_001785

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001787

answers: Growth and Poverty Reduction Strategies

answers: NDQ_001788

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001789

answers: UN Millennium Development Goals.

answers: NDQ_001790

answers: economic water scarcity

answers: NDQ_001791

answers: 4 percent in urban areas and 2.5 percent in rural areas by the World Bank

answers: NDQ_001792

answers: 4 percent in urban areas and 2.5 percent in rural areas by the World Bank

answers: NDQ_001793

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001794

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001795

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001796

answers: rapid growth of the population,

answers: NDQ_001797

answers: 2.5 percent in rural areas

answers: NDQ_001798

answers: Growth and Poverty Reduction Strategies

answers: NDQ_001799

answers: Article 48 of the 2006 Constitution of the DRC

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: The current water crisis

answers: NDQ_001802

answers: 4 percent in urban areas and 2.5 percent in rural areas

answers: NDQ_001803

answers: water supply and sanitation

answers: NDQ_001804

answers: water infrastructure

answers: NDQ_001805

answers: population,

text: Issues that affect water supply in the United States include droughts in the West, water scarcity, pollution, a backlog of investment, concerns about the affordability of water for the poorest, and a rapidly retiring workforce. Increased variability and intensity of rainfall as a result of climate change is expected to produce both more severe droughts and flooding, with potentially serious consequences for water supply and for pollution from combined sewer overflows.

text: Issues that affect water supply in the United States include droughts in the West,

text: water scarcity

text: pollution

text: , a backlog of investment, concerns about the affordability of water for the poorest, and a rapidly retiring workforce. Increased variability and intensity of rainfall as a result of

text: climate change

text: is expected to produce both more severe droughts and flooding, with potentially serious consequences for water supply and for pollution from

text: combined sewer overflow

text: s.

answers: NDQ_001768

answers: unanswerable

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: a backlog of investment

answers: NDQ_001772

answers: United States

answers: NDQ_001773

answers: are a major source of pollution

answers: NDQ_001774

answers: pollution

answers: NDQ_001775

answers: pollution

answers: NDQ_001776

answers: pollution

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: climate change

answers: NDQ_001781

answers: pollution

answers: NDQ_001782

answers: Which of the following is not a form of life: droughts, pollution, or a rapidly retiring workforce?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: pollution

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not an issue that affects water supply in the United States: droughts in the West, water scarcity, pollution

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: from combined sewer overflows

answers: NDQ_001803

answers: None of the above choices

answers: NDQ_001804

answers: combined sewer overflows

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: affordability of water

answers: NDQ_001769

answers: combined sewer overflows.

answers: NDQ_001770

answers: pollution from combined sewer overflows.

answers: NDQ_001771

answers: combined sewer overflows.

answers: NDQ_001772

answers: United States

answers: NDQ_001773

answers: combined sewer overflows.

answers: NDQ_001774

answers: pollution,

answers: NDQ_001775

answers: pollution,

answers: NDQ_001776

answers: pollution,

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: climate change

answers: NDQ_001781

answers: pollution,

answers: NDQ_001782

answers: Issues that affect water supply in the United States

answers: NDQ_001785

answers: Issues that affect water supply in the United States

answers: NDQ_001787

answers: pollution,

answers: NDQ_001788

answers: pollution,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: Issues that affect water supply in the United States

answers: NDQ_001791

answers: Issues that affect water supply in the United States

answers: NDQ_001792

answers: Issues that affect water supply in the United States

answers: NDQ_001793

answers: Issues that affect water supply in the United States

answers: NDQ_001794

answers: Issues that affect water supply in the United States

answers: NDQ_001795

answers: water scarcity,

answers: NDQ_001796

answers: affordability of water for the poorest,

answers: NDQ_001797

answers: water scarcity,

answers: NDQ_001798

answers: rapidly retiring workforce.

answers: NDQ_001799

answers: pollution,

answers: NDQ_001800

answers: water scarcity,

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: combined sewer overflows.

answers: NDQ_001803

answers: rainfall

answers: NDQ_001804

answers: combined sewer overflows.

answers: NDQ_001805

answers: combined sewer overflows.

text: Canada Water is the only body of fresh water in London Docklands. The lake is now kept topped up with fresh water using a windpump.  This  arrangement was put in place following research by the Landscape Architect Fraser Borwick, which revealed that ground water had historically been extracted to supply various industrial processes using wind power.  After checking the borehole results of the Jubilee line construction team, it was established that large amounts of potable water were available, and a borehole 80 metres long was sunk into the ground.  The borehole is lined for 60 metres, and the bottom 20 metres is into chalk.  The investigation of how best to keep the lake topped up with fresh water was the result of some damage to the lining of the old dock during construction works in the 1980s.  Another solution considered involved securing a water supply from the flooded tunnels of London Underground, but this was considered too risky.

text: Canada Water is the only body of fresh water in London Docklands. The lake is now kept topped up with fresh water using a windpump.  This  arrangement was put in place following research by the Landscape Architect Fraser Borwick, which revealed that ground water had historically been extracted to supply various industrial processes using wind power.  After checking the borehole results of the Jubilee line construction team, it was established that large amounts of potable water were available, and a borehole 80 metres long was sunk into the ground.  The borehole is lined for 60 metres, and the bottom 20 metres is into chalk.  The investigation of how best to keep the lake topped up with fresh water was the result of some damage to the lining of the old dock during construction works in the 1980s.  Another solution considered involved securing a water supply from the flooded tunnels of London Underground, but this was considered too risky.

answers: NDQ_001768

answers: ground water

answers: NDQ_001769

answers: potable water

answers: NDQ_001770

answers: damage to what?

answers: NDQ_001771

answers: What is Canada Water used for?

answers: NDQ_001772

answers: industrial processes

answers: NDQ_001773

answers: Which of the following is not a type of industrial process: ground water extraction, potable water or wind power?

answers: NDQ_001774

answers: ground water had historically been extracted

answers: NDQ_001775

answers: wind power

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: Canada Water

answers: NDQ_001778

answers: ground water had historically been extracted to supply various industrial processes

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What was considered too risky?

answers: NDQ_001788

answers: ground water had historically been extracted to supply various industrial processes using wind power

answers: NDQ_001789

answers: Which of the following is not a type of energy: wind, water, or chalk?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: How is Canada Water kept topped up with fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the only body of fresh water in London Docklands?

answers: NDQ_001797

answers: How would you describe London Docklands?

answers: NDQ_001798

answers: How many meters long was the borehole?

answers: NDQ_001799

answers: Why is Canada Water safe to drink?

answers: NDQ_001800

answers: NDQ_001801

answers: construction works in the 1980s

answers: NDQ_001802

answers: ground water had historically been extracted to supply various industrial processes using wind power

answers: NDQ_001803

answers: windpump

answers: NDQ_001804

answers: windpump

answers: NDQ_001805

answers: potable water

answers: NDQ_001768

answers: wind power.

answers: NDQ_001769

answers: potable

answers: NDQ_001770

answers: damage to the lining of the old dock

answers: NDQ_001771

answers: potable

answers: NDQ_001772

answers: wind power.

answers: NDQ_001773

answers: ground water had historically been extracted to supply various industrial processes

answers: NDQ_001774

answers: ground water had historically been extracted to supply various industrial processes using wind power.

answers: NDQ_001775

answers: wind power.

answers: NDQ_001776

answers: flooded tunnels of London Underground, but this was considered too risky.

answers: NDQ_001777

answers: wind power.

answers: NDQ_001778

answers: ground water had historically been extracted to supply various industrial processes

answers: NDQ_001781

answers: large amounts of potable water

answers: NDQ_001782

answers: Canada Water is the only body of fresh water

answers: NDQ_001785

answers: Canada Water is the only body of fresh water in London Docklands.

answers: NDQ_001787

answers: windpump.

answers: NDQ_001788

answers: ground water had historically been extracted to supply various industrial processes using wind power.

answers: NDQ_001789

answers: ground water had historically been extracted to supply various industrial processes using wind power.

answers: NDQ_001790

answers: Canada Water is the only body of fresh water in London Docklands.

answers: NDQ_001791

answers: Canada Water is the only body of fresh water in London Docklands.

answers: NDQ_001792

answers: Canada Water is the only body of fresh water in London Docklands.

answers: NDQ_001793

answers: Canada Water

answers: NDQ_001794

answers: ground water

answers: NDQ_001795

answers: Canada Water is the only body of fresh water in London Docklands.

answers: NDQ_001796

answers: flooded tunnels of London Underground,

answers: NDQ_001797

answers: large amounts of potable water

answers: NDQ_001798

answers: windpump.

answers: NDQ_001799

answers: windpump.

answers: NDQ_001800

answers: Canada Water is the only body of fresh water

answers: NDQ_001801

answers: 1980s.

answers: NDQ_001802

answers: ground water had historically been extracted to supply various industrial processes

answers: NDQ_001803

answers: windpump.

answers: NDQ_001804

answers: windpump.

answers: NDQ_001805

answers: wind power.

text: Water management is the principal environmental concern in Antigua and Barbuda. A water shortage due to limited freshwater resources is exacerbated by limited rainfall/water and drought. The existing water supply is threatened by pollution from distilleries, food processing facilities, anddifferent industrial operations. Deforestation resulting from the nation’s energy demands, combined with agricultural development, contributes to soil erosion, as rainfall, which is concentrated in a short season, quickly runs off, compounding the water shortage problem on the islands. The nation’s main city, St. John's, has developed a problem with waste disposal. Untreated sewage from resort hotels travels in open sewage lines across the land and empties into the sea. Construction of a desalination plant in 1970 relieved some of the water shortage.

text: Water management is the principal environmental concern in

text: Antigua and Barbuda

text: . A water shortage due to limited

text: freshwater

text: resources is exacerbated by limited rainfall/water and

text: drought

text: . The existing water supply is threatened by pollution from distilleries, food processing facilities, anddifferent industrial operations.

text: Deforestation

text: resulting from the nation’s energy demands, combined with agricultural development, contributes to

text: soil erosion

text: , as rainfall, which is concentrated in a short season, quickly runs off, compounding the water shortage problem on the islands. The nation’s main city,

text: St. John's

text: , has developed a problem with

text: waste disposal

text: . Untreated sewage from resort hotels travels in open sewage lines across the land and empties into the sea. Construction of a

text: desalination plant

text: in 1970 relieved some of the water shortage.

answers: NDQ_001768

answers: limited freshwater resources

answers: NDQ_001769

answers: distilleries

answers: NDQ_001770

answers: soil erosion

answers: NDQ_001771

answers: untreated sewage from resort hotels

answers: NDQ_001772

answers: industrial operations

answers: NDQ_001773

answers: Which of the following is not an industrial operation: distilleries, food processing facilities, ordifferent industrial operations?

answers: NDQ_001774

answers: untreated

answers: NDQ_001775

answers: pollution

answers: NDQ_001776

answers: pollution

answers: NDQ_001777

answers: limited freshwater resources

answers: NDQ_001778

answers: agricultural development

answers: NDQ_001781

answers: untreated

answers: NDQ_001782

answers: What is the principal environmental concern in Antigua and Barbuda?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is the principal environmental concern in Antigua and Barbuda?

answers: NDQ_001788

answers: Which of the following is not a source of pollution: distilleries, food processing facilities, ordifferent industrial operations?

answers: NDQ_001789

answers: What is the principal environmental concern in Antigua and Barbuda?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: What is the principal environmental concern in Antigua and Barbuda?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: untreated sewage from resort hotels travels in open sewage lines

answers: NDQ_001797

answers: Which of the following is not a reason for the water shortage in Antigua and Barbuda?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: Which of the following is not a source of pollution: distilleries, food processing facilities, ordifferent industrial operations?

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: The existing water supply is threatened by pollution

answers: NDQ_001803

answers: desalination plant

answers: NDQ_001804

answers: open sewage lines

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: energy demands,

answers: NDQ_001769

answers: distilleries, food processing facilities, anddifferent industrial operations.

answers: NDQ_001770

answers: soil erosion,

answers: NDQ_001771

answers: resort hotels

answers: NDQ_001772

answers: industrial operations.

answers: NDQ_001773

answers: Deforestation

answers: NDQ_001774

answers: Untreated sewage

answers: NDQ_001775

answers: pollution

answers: NDQ_001776

answers: Untreated sewage

answers: NDQ_001777

answers: limited rainfall/water and drought.

answers: NDQ_001778

answers: Deforestation

answers: NDQ_001781

answers: rainfall, which is concentrated in a short season, quickly runs off,

answers: NDQ_001782

answers: A water shortage

answers: NDQ_001785

answers: water shortage

answers: NDQ_001787

answers: distilleries, food processing facilities, anddifferent industrial operations.

answers: NDQ_001788

answers: Deforestation

answers: NDQ_001789

answers: desalination plant

answers: NDQ_001790

answers: limited rainfall/water

answers: NDQ_001791

answers: Water management is the principal environmental concern in Antigua and Barbuda.

answers: NDQ_001792

answers: A water shortage

answers: NDQ_001793

answers: pollution from distilleries, food processing facilities, anddifferent industrial operations.

answers: NDQ_001794

answers: Deforestation

answers: NDQ_001795

answers: A water shortage due to limited freshwater resources

answers: NDQ_001796

answers: Untreated sewage

answers: NDQ_001797

answers: drought.

answers: NDQ_001798

answers: Construction of a desalination plant

answers: NDQ_001799

answers: Untreated sewage

answers: NDQ_001800

answers: water shortage due to limited freshwater

answers: NDQ_001801

answers: drought.

answers: NDQ_001802

answers: The existing water supply is threatened by pollution

answers: NDQ_001803

answers: desalination plant

answers: NDQ_001804

answers: open sewage lines

answers: NDQ_001805

answers: food processing facilities, anddifferent industrial operations.

text: Kerala has been experiencing increasing incidents of drought in the recent past due to the weather anomalies and developmental pressures resulting from the changes in land use, traditional practices, and life style of the people. The increase in population and subsequent expansion in irrigated agriculture, and industrial growth necessitated the exploitation of more water resources. The changes in the land and water management practices affected the fresh water availability during summer months. Although the deviation in the annual rainfall received in Kerala, in any year from the long term average is very small, there is considerable variation in the rainfall availability during the different seasons. About 95 percent of annual rainfall is confined to a six-month monsoon period between June and November, leaving the remaining six months as practically dry. Soman (1988) reported that over major part of the Kerala State, extreme as well as these where the rainfall is more compared to other areas. The changes in rainfall pattern may have association with the environmental modifications due to human interventions on the natural ecosystems. The State of Kerala experiences seasonal drought conditions every year during the summer months. Even in the years of normal rainfall, summer water scarcity problems are severe in the midland and highland regions. Severe drought conditions often result from the anomalies in monsoon rainfall combined with the various anthropogenic pressures. A study on the incidence of droughts based on the aridity index shows that during the period 1871– 2000, the State of Kerala experienced 66 drought years, out of which, twelve each were moderate and severe droughts. The droughts have a large dimension of economic, environmental and social impacts. With the implementation of a number of irrigation projects, the idea of drought in Kerala slowly shifted to unirrigated paddy, and upland crops. The water scarcity in summer is mainly reflected in dry rivers and lowering of water table. This adversely affects the rural and urban drinking water supply. As seen in the majority of drought incidents, even a 20% fall in the northeast monsoon, can make the water scarcity situation worse during the summer. Since the State has more of perennial plantation crops compared to other places of India, the effect of a drought year in Kerala continues to be felt for several more years after it has occurred. Thus, for better planning of the drought management measures, the term drought with reference to plantation crops should be redefined based on rainfall received or available soil moisture during summer months instead of total monsoon rainfall.

text: Kerala has been experiencing increasing incidents of drought in the recent past due to the weather anomalies and developmental pressures resulting from the changes in

text: land use

text: , traditional practices, and life style of the people. The increase in population and subsequent expansion in irrigated agriculture, and industrial growth necessitated the exploitation of more water resources. The changes in the land and

text: water management

text: water table

text: . This adversely affects the rural and urban drinking water supply. As seen in the majority of drought incidents, even a 20% fall in the northeast monsoon, can make the water scarcity situation worse during the summer. Since the State has more of perennial plantation crops compared to other places of India, the effect of a drought year in Kerala continues to be felt for several more years after it has occurred. Thus, for better planning of the drought management measures, the term drought with reference to plantation crops should be redefined based on rainfall received or available

text: soil moisture

text: during summer months instead of total monsoon rainfall.

answers: NDQ_001768

answers: more water resources

answers: NDQ_001769

answers: urban drinking water supply

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: recreational uses of water

answers: NDQ_001772

answers: industrial growth

answers: NDQ_001773

answers: The increase in population and subsequent expansion in irrigated agriculture necessitated the exploitation of more water resources.

answers: NDQ_001774

answers: unirrigated

answers: NDQ_001775

answers: production of what?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: the exploitation of more water resources

answers: NDQ_001781

answers: unirrigated crops

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: It's impossible to say

answers: NDQ_001788

answers: The increase in population and subsequent expansion in irrigated agriculture, and industrial growth necessitated the exploitation of more water resources

answers: NDQ_001789

answers: None of the above choices

answers: NDQ_001790

answers: Which of the following is not true?

answers: NDQ_001791

answers: Which of the following is not true?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Yes

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a cause of drought: the increase in population, traditional practices, or industrial growth?

answers: NDQ_001797

answers: Which of the following is not a reason for the droughts?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: Kerala

answers: NDQ_001801

answers: is asked

answers: NDQ_001802

answers: The increase in population and subsequent expansion

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: lowering of water table

answers: NDQ_001805

answers: can be used.

answers: NDQ_001768

answers: irrigated agriculture,

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: unirrigated paddy, and upland crops.

answers: NDQ_001771

answers: irrigation projects,

answers: NDQ_001772

answers: irrigated agriculture,

answers: NDQ_001773

answers: upland crops.

answers: NDQ_001774

answers: lowering of water table.

answers: NDQ_001775

answers: industrial growth necessitated the exploitation of more water resources.

answers: NDQ_001776

answers: drought

answers: NDQ_001777

answers: The changes in the land and water management practices

answers: NDQ_001778

answers: anthropogenic pressures.

answers: NDQ_001781

answers: unirrigated paddy, and upland crops.

answers: NDQ_001782

answers: irrigation projects,

answers: NDQ_001785

answers: severe in the midland and highland regions.

answers: NDQ_001787

answers: unirrigated paddy, and upland crops.

answers: NDQ_001788

answers: unirrigated paddy, and upland crops.

answers: NDQ_001789

answers: industrial growth necessitated the exploitation of more water resources.

answers: NDQ_001790

answers: 2000,

answers: NDQ_001791

answers: aridity index

answers: NDQ_001792

answers: Kerala

answers: NDQ_001793

answers: dry rivers and lowering of water table.

answers: NDQ_001794

answers: water table.

answers: NDQ_001795

answers: rural and urban

answers: NDQ_001796

answers: irrigated agriculture,

answers: NDQ_001797

answers: lowering of water table.

answers: NDQ_001798

answers: 2000,

answers: NDQ_001799

answers: dry rivers and lowering of water table.

answers: NDQ_001800

answers: drought

answers: NDQ_001801

answers: Severe drought conditions

answers: NDQ_001802

answers: irrigated agriculture,

answers: NDQ_001803

answers: irrigation projects,

answers: NDQ_001804

answers: irrigation projects,

answers: NDQ_001805

answers: irrigated agriculture,

text: Forests are important in protecting water catchment areas. When large areas of forest are logged, ecosystem services such as water supply may be negatively affected. Kenya has one of the most diverse forests in East Africa,. but these forests are threatened because they are heavily used as a source of fuel or converted to agricultural land. Logging for fuel is one of the main reasons forests are threatened. Out of 22 million tons of wood products used in Kenya, 20 million are used for fuel.

text: Forests are important in protecting water catchment areas. When large areas of forest are logged, ecosystem services such as water supply may be negatively affected. Kenya has one of the most diverse forests in East Africa,. but these forests are threatened because they are heavily used as a source of fuel or converted to agricultural land. Logging for fuel is one of the main reasons forests are threatened. Out of 22 million tons of wood products used in Kenya, 20 million are used for fuel.

answers: NDQ_001768

answers: a lot of water

answers: NDQ_001769

answers: Which of the following is not a reason forests are threatened: logging for fuel or converted to agricultural land?

answers: NDQ_001770

answers: ecosystem services to be negatively affected

answers: NDQ_001771

answers: __.

answers: NDQ_001772

answers: logging

answers: NDQ_001773

answers: Which of the following is not a source of fuel: wood products, fuel, or agricultural chemicals?

answers: NDQ_001774

answers: logging for fuel

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: logging

answers: NDQ_001777

answers: ecosystem services

answers: NDQ_001778

answers: logging for fuel

answers: NDQ_001781

answers: logging for fuel

answers: NDQ_001782

answers: Which of the following is not an example of ecosystem services?

answers: NDQ_001785

answers: Which of the following is not a benefit of forests?

answers: NDQ_001787

answers: Which of the following is not a source of fuel?

answers: NDQ_001788

answers: Which of the following is not a reason for forests to be threatened?

answers: NDQ_001789

answers: Which of the following is not a source of fuel?

answers: NDQ_001790

answers: Which of the following is not a reason for forests to be threatened?

answers: NDQ_001791

answers: Which of the following is not a reason for forests to be threatened?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a reason for forests to be threatened?

answers: NDQ_001795

answers: Which of the following is not a reason forests are threatened?

answers: NDQ_001796

answers: Which of the following is not a reason forests are important in protecting water catchment areas?

answers: NDQ_001797

answers: Which of the following is not a reason forests are important in protecting water catchment areas?

answers: NDQ_001798

answers: Which of the following is not a benefit of forests?

answers: NDQ_001799

answers: Which of the following is not a source of fuel?

answers: NDQ_001800

answers: logging for fuel

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: may be negatively affected

answers: NDQ_001803

answers: water catchment areas

answers: NDQ_001804

answers: a water catchment area

answers: NDQ_001805

answers: agricultural land

answers: NDQ_001768

answers: Forests

answers: NDQ_001769

answers: fuel.

answers: NDQ_001770

answers: ecosystem services such as water supply

answers: NDQ_001771

answers: Forests

answers: NDQ_001772

answers: agricultural land.

answers: NDQ_001773

answers: agricultural land.

answers: NDQ_001774

answers: logged,

answers: NDQ_001775

answers: fuel

answers: NDQ_001776

answers: Forests

answers: NDQ_001777

answers: Forests

answers: NDQ_001778

answers: Logging for fuel

answers: NDQ_001781

answers: Logging for fuel

answers: NDQ_001782

answers: Forests

answers: NDQ_001785

answers: fuel

answers: NDQ_001787

answers: ecosystem services such as water supply may be negatively affected.

answers: NDQ_001788

answers: Forests

answers: NDQ_001789

answers: fuel

answers: NDQ_001790

answers: Forests are important in protecting water catchment areas.

answers: NDQ_001791

answers: Forests

answers: NDQ_001792

answers: Forests are important in protecting water catchment areas.

answers: NDQ_001793

answers: Forests

answers: NDQ_001794

answers: Forests are important in protecting water catchment areas.

answers: NDQ_001795

answers: Forests

answers: NDQ_001796

answers: Forests are important in protecting water catchment areas.

answers: NDQ_001797

answers: Forests

answers: NDQ_001798

answers: Forests are important in protecting water catchment areas.

answers: NDQ_001799

answers: Forests

answers: NDQ_001800

answers: fuel

answers: NDQ_001801

answers: Forests are important in protecting water catchment areas.

answers: NDQ_001802

answers: negatively affected.

answers: NDQ_001803

answers: Forests are important in protecting water catchment areas.

answers: NDQ_001804

answers: water catchment areas.

answers: NDQ_001805

answers: fuel

text: In 2012, The Council for Defense of Human Rights and Freedoms considered water shortages on the behalf of the Regional Water Supply Prishtina as an abuse towards human rights. The company's response for not supplying Prishtina neighborhoods with water was the commercial losses (illegal connections) and redundant water wasted for home irrigation, car washes, and others in substantial quantities. Accordingly, it is unfeasible and abusers should be reprimanded.

text: In 2012, The Council for Defense of Human Rights and Freedoms considered water shortages on the behalf of the Regional Water Supply Prishtina as an abuse towards human rights. The company's response for not supplying Prishtina neighborhoods with water was the commercial losses (illegal connections) and redundant water wasted for home irrigation, car washes, and others in substantial quantities. Accordingly, it is unfeasible and abusers should be reprimanded.

answers: NDQ_001768

answers: redundant water

answers: NDQ_001769

answers: home irrigation

answers: NDQ_001770

answers: commercial losses

answers: NDQ_001771

answers: car washes

answers: NDQ_001772

answers: home irrigation

answers: NDQ_001773

answers: What does the Council for Defense of Human Rights and Freedoms consider an abuse towards human rights?

answers: NDQ_001774

answers: redundant

answers: NDQ_001775

answers: car washes

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: commercial losses

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: redundant

answers: NDQ_001782

answers: What does the Council for Defense of Human Rights and Freedoms consider abuse towards human rights?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the water shortages?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe Prishtina?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What does the Council for Defense of Human Rights and Freedoms consider?

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: 2012

answers: NDQ_001802

answers: substantial quantities

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: illegal connections

answers: NDQ_001805

answers: home irrigation

answers: NDQ_001768

answers: home irrigation, car washes,

answers: NDQ_001769

answers: home irrigation,

answers: NDQ_001770

answers: redundant water wasted

answers: NDQ_001771

answers: car washes,

answers: NDQ_001772

answers: home irrigation,

answers: NDQ_001773

answers: home irrigation,

answers: NDQ_001774

answers: redundant water wasted for home irrigation, car washes, and others

answers: NDQ_001775

answers: home irrigation, car washes,

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: commercial losses (illegal connections)

answers: NDQ_001778

answers: redundant water wasted for home irrigation,

answers: NDQ_001781

answers: redundant water

answers: NDQ_001782

answers: water shortages

answers: NDQ_001785

answers: water shortages

answers: NDQ_001787

answers: irrigation,

answers: NDQ_001788

answers: home irrigation,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: water shortages

answers: NDQ_001791

answers: In 2012,

answers: NDQ_001792

answers: irrigation,

answers: NDQ_001793

answers: water shortages

answers: NDQ_001794

answers: water wasted for home irrigation, car washes,

answers: NDQ_001795

answers: 2012,

answers: NDQ_001796

answers: water shortages

answers: NDQ_001797

answers: redundant water wasted for home irrigation,

answers: NDQ_001798

answers: redundant water wasted for home irrigation, car washes,

answers: NDQ_001799

answers: redundant water wasted for home irrigation,

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: water shortages

answers: NDQ_001802

answers: substantial quantities.

answers: NDQ_001803

answers: home irrigation,

answers: NDQ_001804

answers: Regional Water Supply Prishtina

answers: NDQ_001805

answers: home irrigation,

text: Town water via a water tower was supplied in Home Hill from 27 March 1968. Prior to this many used windmills and electric pumps to extract water from beneath the ground. Sewerage was installed from 1976 to 1979 with most household using septic tanks before then.

text: Town water via a water tower was supplied in Home Hill from 27 March 1968. Prior to this many used windmills and electric pumps to extract water from beneath the ground. Sewerage was installed from 1976 to 1979 with most household using

text: septic tanks

text: before then.

answers: NDQ_001768

answers: windmills and electric pumps

answers: NDQ_001769

answers: Sewerage

answers: NDQ_001770

answers: Sewerage to be installed

answers: NDQ_001771

answers: windmills

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: Which of the following is not a type of chemical: windmills, septic tanks or agricultural chemicals?

answers: NDQ_001774

answers: is extracted from beneath the ground

answers: NDQ_001775

answers: Sewerage

answers: NDQ_001776

answers: septic tanks

answers: NDQ_001777

answers: a water tower

answers: NDQ_001778

answers: windmills and electric pumps

answers: NDQ_001781

answers: uses too much energy

answers: NDQ_001782

answers: Which of the following is not a form of life: windmills or septic tanks?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may have contributed to the development of septic tanks?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or groundwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Sewerage was installed from 1976 to 1979

answers: NDQ_001797

answers: Which happened first, town water via a water tower was supplied in Home Hill or Sewerage was installed?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: windmills

answers: NDQ_001804

answers: Sewerage

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: windmills and electric pumps to extract water from beneath the ground.

answers: NDQ_001769

answers: Town water

answers: NDQ_001770

answers: septic tanks

answers: NDQ_001771

answers: windmills

answers: NDQ_001772

answers: household using septic tanks

answers: NDQ_001773

answers: 1968.

answers: NDQ_001774

answers: septic tanks

answers: NDQ_001775

answers: extract water from beneath the ground.

answers: NDQ_001776

answers: septic tanks

answers: NDQ_001777

answers: beneath the ground.

answers: NDQ_001778

answers: windmills and electric pumps to extract water from beneath the ground.

answers: NDQ_001781

answers: windmills and electric pumps to extract water from beneath the ground.

answers: NDQ_001782

answers: windmills and electric pumps to extract water from beneath the ground.

answers: NDQ_001785

answers: 1968.

answers: NDQ_001787

answers: windmills and electric pumps

answers: NDQ_001788

answers: windmills and electric pumps to extract water from beneath the ground.

answers: NDQ_001789

answers: windmills and electric pumps to extract water from beneath the ground.

answers: NDQ_001790

answers: 27 March 1968.

answers: NDQ_001791

answers: 1968.

answers: NDQ_001792

answers: Town water via a water tower was supplied in Home Hill

answers: NDQ_001793

answers: septic tanks

answers: NDQ_001794

answers: beneath the ground.

answers: NDQ_001795

answers: 1968.

answers: NDQ_001796

answers: windmills and electric pumps to extract water from beneath the ground.

answers: NDQ_001797

answers: septic tanks

answers: NDQ_001798

answers: septic tanks

answers: NDQ_001799

answers: windmills and electric pumps

answers: NDQ_001800

answers: water from beneath the ground.

answers: NDQ_001801

answers: 27 March 1968.

answers: NDQ_001802

answers: water from beneath the ground.

answers: NDQ_001803

answers: windmills and electric pumps

answers: NDQ_001804

answers: windmills and electric pumps

answers: NDQ_001805

answers: windmills and electric pumps to extract water from beneath the ground.

text: Lohardaga, being a very small and unnoticed district, faces a plethora of problems that are an impediment to the progress of this district. The biggest problem that Lohardaga faces is the lack of quality education. With a few private schools imparting satisfactory education, most of the government schools lack even a decent infrastructure, leave apart the quality of teachers. The government schools face many other problems like unavailability of good faculty and irregularities on the part of teachers, lack of good facilities (e.g. good labs and libraries), and lack of competitiveness among schools. The second prominent problem that Lohardaga faces is that of an extremely poor electrical supply. The main reason behind this is the lack of government attention towards Lohardaga's development. Lack of proper electricity supplies also weakens Lohardaga's economic scenario. The third major problem is lack of pure and quality drinking water. This is the main cause of lots of water borne diseases. The fourth major challenge that Lohardaga faces is of lack of opportunities. This has created a massive unemployment in and around the district headquarters and has given rise to problems such as Naxalism and Excessive Politicism. Unemployed youth finding no ways to earn their bread and butter jump into antisocial practices like naxalism or they jump into politics without any specific purpose just to make money. This has led to the factionalisation of Lohardaga. These youths when become politicians and come in power still lack in ethics and values and lead to big scams in all the public works. the roads are  severely damaged at manho village it causes lots of problems in transportation  though it is the nearest village to the town but unfortunately the administration have no time to pay attentio towards the village situation.

answers: NDQ_001768

answers: water borne diseases

answers: NDQ_001769

answers: What is the third major problem that Lohardaga faces?

answers: NDQ_001770

answers: water borne diseases

answers: NDQ_001771

answers: How many major problems does Lohardaga face?

answers: NDQ_001772

answers: water borne diseases

answers: NDQ_001773

answers: What is the main cause of lots of water borne diseases?

answers: NDQ_001774

answers: lacks pure and quality

answers: NDQ_001775

answers: water borne diseases

answers: NDQ_001776

answers: water borne diseases

answers: NDQ_001777

answers: lack of proper electrical supply

answers: NDQ_001778

answers: lack of proper electricity supplies

answers: NDQ_001781

answers: lack of clean drinking water

answers: NDQ_001782

answers: What is the main cause of lots of water borne diseases?

answers: NDQ_001785

answers: Which of the following is not true?

answers: NDQ_001787

answers: What is the main cause of lots of water borne diseases?

answers: NDQ_001788

answers: Lack of pure and quality drinking water

answers: NDQ_001789

answers: Which of the following is not true?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: Which of the following is not true?

answers: NDQ_001792

answers: What is the main cause of lots of water borne diseases?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the third major problem that Lohardaga faces?

answers: NDQ_001797

answers: What is the main cause of lots of water borne diseases?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: lack of quality education

answers: NDQ_001801

answers: NDQ_001802

answers: water borne diseases

answers: NDQ_001803

answers: water borne diseases

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: water borne diseases

answers: NDQ_001768

answers: lack of pure and quality drinking water.

answers: NDQ_001769

answers: drinking water.

answers: NDQ_001770

answers: Naxalism and Excessive Politicism.

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: Lohardaga.

answers: NDQ_001773

answers: antisocial practices

answers: NDQ_001774

answers: water borne diseases.

answers: NDQ_001775

answers: water borne diseases.

answers: NDQ_001776

answers: lack of pure and quality drinking water.

answers: NDQ_001777

answers: quality drinking water.

answers: NDQ_001778

answers: lack of pure and quality drinking water.

answers: NDQ_001781

answers: Unemployed youth

answers: NDQ_001782

answers: lack of pure and quality drinking water.

answers: NDQ_001785

answers: lack of pure and quality drinking water.

answers: NDQ_001787

answers: lack of pure and quality drinking water.

answers: NDQ_001788

answers: Lohardaga.

answers: NDQ_001789

answers: Unemployed youth

answers: NDQ_001790

answers: unemployment

answers: NDQ_001791

answers: Lohardaga.

answers: NDQ_001792

answers: factionalisation of Lohardaga.

answers: NDQ_001793

answers: Lohardaga.

answers: NDQ_001794

answers: lack of pure and quality drinking water.

answers: NDQ_001795

answers: massive unemployment

answers: NDQ_001796

answers: lack of pure and quality drinking water.

answers: NDQ_001797

answers: Lohardaga.

answers: NDQ_001798

answers: lack of pure and quality drinking water.

answers: NDQ_001799

answers: Lohardaga.

answers: NDQ_001800

answers: Unemployed

answers: NDQ_001801

answers: factionalisation of Lohardaga.

answers: NDQ_001802

answers: lack of pure and quality drinking water.

answers: NDQ_001803

answers: Unemployed youth

answers: NDQ_001804

answers: lack of pure and quality drinking water.

answers: NDQ_001805

answers: water borne diseases.

text: Point of Use & Small Scale Treatment:For human consumption, various innovations and solutions (both high and low-technology based) exist throughout the developing world to treat water at the ‘point of use’ (PoU) and have been shown to an effective solution to addressing poor quality water supplies. Studies have shown that PoU treatment to reduce diaherrea mortality in children under 5 by 29% However, home water treatment solutions may not be widely considered in development strategies, as they are not recognized under the water supply indicator in the United Nations' Millennium Development Goals . Additionally, various challenges may reduce the effectiveness of home treatment solutions- such as low education, low-dedication to repair and replacement (especially if the treatment was initially free, did not meet expectations or was time intensive), or local repair services or parts are unavailable.

text: Point of Use & Small Scale Treatment:For human consumption, various innovations and solutions (both high and low-technology based) exist throughout the developing world to treat water at the ‘

text: point of use

text: ’ (PoU) and have been shown to an effective solution to addressing poor quality water supplies. Studies have shown that PoU treatment to reduce diaherrea mortality in children under 5 by 29% However, home water treatment solutions may not be widely considered in development strategies, as they are not recognized under the water supply indicator in the

text: United Nations

text: Millennium Development Goals

text: . Additionally, various challenges may reduce the effectiveness of home treatment solutions- such as low education, low-dedication to repair and replacement (especially if the treatment was initially free, did not meet expectations or was time intensive), or local repair services or parts are unavailable.

answers: NDQ_001768

answers: PoU treatment

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: diaherrea mortality

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: Which of the following is not a type of chemical: pesticides, fertilizers, or pesticides?

answers: NDQ_001774

answers: low-technology based

answers: NDQ_001775

answers: To treat water at the 'point of use' (PoU)

answers: NDQ_001776

answers: diaherrea

answers: NDQ_001777

answers: PoU treatment

answers: NDQ_001778

answers: low-dedication

answers: NDQ_001781

answers: PoU treatment

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: PoU treatment to reduce diaherrea mortality

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: PoU treatment to reduce diaherrea mortality

answers: NDQ_001797

answers: Which of the following is not a reason to treat water at the point of use?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: unrecognized

answers: NDQ_001802

answers: poor quality water supplies

answers: NDQ_001803

answers: PoU treatment

answers: NDQ_001804

answers: point of use

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: treat water at the ‘point of use’ (PoU)

answers: NDQ_001769

answers: human consumption,

answers: NDQ_001770

answers: diaherrea mortality

answers: NDQ_001771

answers: human consumption,

answers: NDQ_001772

answers: human consumption,

answers: NDQ_001773

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001774

answers: poor quality water supplies.

answers: NDQ_001775

answers: human consumption,

answers: NDQ_001776

answers: diaherrea

answers: NDQ_001777

answers: poor quality

answers: NDQ_001778

answers: consumption,

answers: NDQ_001781

answers: poor quality water supplies.

answers: NDQ_001782

answers: human consumption,

answers: NDQ_001785

answers: 5 by 29%

answers: NDQ_001787

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001788

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: 29%

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: poor quality water supplies.

answers: NDQ_001793

answers: poor quality water supplies.

answers: NDQ_001794

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001795

answers: poor quality water supplies.

answers: NDQ_001796

answers: diaherrea

answers: NDQ_001797

answers: poor quality water supplies.

answers: NDQ_001798

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001799

answers: ‘point of use’

answers: NDQ_001800

answers: poor quality water supplies.

answers: NDQ_001801

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001802

answers: poor quality

answers: NDQ_001803

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001804

answers: Point of Use & Small Scale Treatment:For

answers: NDQ_001805

answers: human consumption,

text: The new route added several locks to the canal, making water supply problems more severe. Because of the way the system of locks work, water is lost from the upper part of a canal each time a vessel passes through. This is a particular issue for the pound between Bradford Lock at Bradford on Avon and the Bath Locks, where a series of locks need to be opened each time the gates are opened. Most lock gates are not watertight, therefore some water leaks from the higher levels of the canal to those lower down. The water has to be replaced, or eventually the upper levels of the canal would not hold enough water to be navigable. Canals are usually fed by diverting water from streams and rivers into the upper parts of the canal, but if no suitable source is available or sufficient, a pumping station, such as the one at Claverton, can be used to maintain the water level. Crofton Pumping Station was built to supply water to the summit pound of the canal, opening in 1810 but, unlike Claverton, was powered by steam.

text: The new route added several

text: locks

text: to the canal, making water supply problems more severe. Because of the way the system of locks work, water is lost from the upper part of a canal each time a vessel passes through. This is a particular issue for the

text: pound

text: between

text: Bradford Lock

text: at

text: Bradford on Avon

text: and the

text: Bath Locks

text: , where a series of locks need to be opened each time the gates are opened. Most lock gates are not watertight, therefore some water leaks from the higher levels of the canal to those lower down. The water has to be replaced, or eventually the upper levels of the canal would not hold enough water to be navigable. Canals are usually fed by diverting water from streams and rivers into the upper parts of the canal, but if no suitable source is available or sufficient, a pumping station, such as the one at Claverton, can be used to maintain the water level.

text: Crofton Pumping Station

text: was built to supply water to the summit pound of the canal, opening in 1810 but, unlike Claverton, was powered by steam.

answers: NDQ_001768

answers: water from streams and rivers

answers: NDQ_001769

answers: What does Crofton Pumping Station do?

answers: NDQ_001770

answers: water supply problems

answers: NDQ_001771

answers: Boating

answers: NDQ_001772

answers: canals

answers: NDQ_001773

answers: Which of the following is not a source of water: streams, rivers, or locks?

answers: NDQ_001774

answers: is lost from the upper part

answers: NDQ_001775

answers: what is lost from the upper part of a canal

answers: NDQ_001776

answers: water supply problems

answers: NDQ_001777

answers: water supply problems

answers: NDQ_001778

answers: The new route added several locks

answers: NDQ_001781

answers: lost from the upper part of a canal

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or locks?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of water: streams and rivers?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system:

answers: NDQ_001789

answers: Which of the following is not a source of water: streams or rivers?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a source of water: streams and rivers or a pumping station?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Wetter climates?

answers: NDQ_001798

answers: None of the above choices are available

answers: NDQ_001799

answers: Why is water lost from the upper part of a canal?

answers: NDQ_001800

answers: water supply problems

answers: NDQ_001801

answers: Crofton Pumping Station

answers: NDQ_001802

answers: water supply problems more severe

answers: NDQ_001803

answers: pumping station

answers: NDQ_001804

answers: Crofton Pumping Station

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: a pumping station,

answers: NDQ_001769

answers: vessel

answers: NDQ_001770

answers: the upper levels of the canal would not hold enough water to be navigable.

answers: NDQ_001771

answers: vessel

answers: NDQ_001772

answers: vessel

answers: NDQ_001773

answers: steam.

answers: NDQ_001774

answers: a vessel passes through.

answers: NDQ_001775

answers: steam.

answers: NDQ_001776

answers: water supply problems

answers: NDQ_001777

answers: if no suitable source is available or sufficient,

answers: NDQ_001778

answers: added several locks

answers: NDQ_001781

answers: Most lock gates are not watertight,

answers: NDQ_001782

answers: steam.

answers: NDQ_001785

answers: steam.

answers: NDQ_001787

answers: steam.

answers: NDQ_001788

answers: locks

answers: NDQ_001789

answers: steam.

answers: NDQ_001790

answers: steam.

answers: NDQ_001791

answers: steam.

answers: NDQ_001792

answers: if no suitable source is available or sufficient, a pumping station,

answers: NDQ_001793

answers: if no suitable source is available or sufficient, a pumping station,

answers: NDQ_001794

answers: if no suitable source is available or sufficient, a pumping station,

answers: NDQ_001795

answers: 1810

answers: NDQ_001796

answers: if no suitable source is available or sufficient, a pumping station,

answers: NDQ_001797

answers: steam.

answers: NDQ_001798

answers: 1810

answers: NDQ_001799

answers: steam.

answers: NDQ_001800

answers: water supply problems more severe.

answers: NDQ_001801

answers: 1810

answers: NDQ_001802

answers: water supply problems more severe.

answers: NDQ_001803

answers: pumping station,

answers: NDQ_001804

answers: Crofton Pumping Station

answers: NDQ_001805

answers: steam.

text: As well as an inability to work in periods of drought, the amount of water available could also vary the power of machinery powered by it. The amount and type of work to be carried out by heavy industries could be influenced by the seasonal availability of water. In 1785 Kirkstall Forge near Leeds wrote to a customer,  'It will be convenient for us just now to roll a few tons because we have a full supply of water—and we cannot manufacture thin plate so well when our water is short.'

text: As well as an inability to work in periods of drought, the amount of water available could also vary the power of machinery powered by it. The amount and type of work to be carried out by heavy industries could be influenced by the seasonal availability of water. In 1785

text: Kirkstall Forge

text: near

text: Leeds

text: wrote to a customer,  'It will be convenient for us just now to roll a few tons because we have a full supply of water—and we cannot manufacture thin plate so well when our water is short.'

answers: NDQ_001768

answers: heavy industries

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: heavy industries

answers: NDQ_001773

answers: Which of the following is not a type of industry: agricultural chemicals or heavy industries?

answers: NDQ_001774

answers: is short

answers: NDQ_001775

answers: machinery

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: seasonal availability

answers: NDQ_001778

answers: rolling a few tons

answers: NDQ_001781

answers: drought

answers: NDQ_001782

answers: What is the purpose of the passage?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What could be influenced by the seasonal availability of water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why might people be unable to work in droughts?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: heavy industries

answers: NDQ_001768

answers: drought,

answers: NDQ_001769

answers: heavy industries

answers: NDQ_001770

answers: vary the power of machinery powered by it.

answers: NDQ_001771

answers: roll a few tons

answers: NDQ_001772

answers: heavy industries

answers: NDQ_001773

answers: drought,

answers: NDQ_001774

answers: drought,

answers: NDQ_001775

answers: machinery powered by it.

answers: NDQ_001776

answers: drought,

answers: NDQ_001777

answers: drought,

answers: NDQ_001778

answers: work

answers: NDQ_001781

answers: drought,

answers: NDQ_001782

answers: As well as an inability to work in periods of drought,

answers: NDQ_001785

answers: water—and

answers: NDQ_001787

answers: As well as an inability to work in periods of drought,

answers: NDQ_001788

answers: inability to work in periods of drought,

answers: NDQ_001789

answers: machinery powered by it.

answers: NDQ_001790

answers: full supply of water—and

answers: NDQ_001791

answers: As well as an inability to work in periods of drought,

answers: NDQ_001792

answers: the amount of water available could also vary the power of machinery powered by it.

answers: NDQ_001793

answers: a full supply of water—and

answers: NDQ_001794

answers: water—and

answers: NDQ_001795

answers: As well as an inability to work in periods of drought,

answers: NDQ_001796

answers: inability to work in periods of drought,

answers: NDQ_001797

answers: inability to work in periods of drought,

answers: NDQ_001798

answers: full supply of water—and

answers: NDQ_001799

answers: machinery powered by it.

answers: NDQ_001800

answers: drought,

answers: NDQ_001801

answers: drought,

answers: NDQ_001802

answers: drought,

answers: NDQ_001803

answers: water—and

answers: NDQ_001804

answers: water—and

answers: NDQ_001805

answers: thin plate

text: When rain falls on the land mass, soil absorbs a part of rain water and remaining part of the rain water joins the nearby stream by flowing on the surface of soil. Some of the water absorbed by the soil gets evaporated from the soil, some part of the remaining water in the soil emerges into the surface stream as seepage flows and rest of water collects in the underground aquifer as ground water.  This process also takes place when the land is irrigated by surface water. The surface run off and the subsurface seepage out of the total rainfall is the available water in the river basin after deducting the natural evaporation loss from the naturally formed water bodies (both perennial and non perennial) in the river basin in a water year. The water thus available is called primary water supplies / flows in a river.

text: When rain falls on the land mass, soil absorbs a part of rain water and remaining part of the rain water joins the nearby stream by flowing on the surface of soil. Some of the water absorbed by the soil gets evaporated from the soil, some part of the remaining water in the soil emerges into the surface stream as seepage flows and rest of water collects in the underground aquifer as ground water.  This process also takes place when the land is irrigated by surface water. The surface run off and the subsurface seepage out of the total rainfall is the available water in the river basin after deducting the natural evaporation loss from the naturally formed water bodies (both perennial and non perennial) in the river basin in a water year. The water thus available is called primary water supplies / flows in a river.

answers: NDQ_001768

answers: ground water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: evaporation loss

answers: NDQ_001771

answers: What is a recreational use of water?

answers: NDQ_001772

answers: ground water

answers: NDQ_001773

answers: Which of the following is not a primary water supply: surface run off or ground water?

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: irrigating

answers: NDQ_001776

answers: evaporation

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: irrigated by surface water

answers: NDQ_001781

answers: evaporates

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of groundwater?

answers: NDQ_001788

answers: Which of the following is not a natural evaporation loss?

answers: NDQ_001789

answers: Which of the following is not a type of water: ground water, surface water or surface run off?

answers: NDQ_001790

answers: Why is water scarcity not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of ground water: subsurface seepage flows or ground water?

answers: NDQ_001797

answers: Which of the following is true of Drier climates?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: in a water year

answers: NDQ_001802

answers: deducting the natural evaporation loss

answers: NDQ_001803

answers: irrigated

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: ground water

answers: NDQ_001768

answers: irrigated by surface water.

answers: NDQ_001769

answers: irrigated by surface water.

answers: NDQ_001770

answers: evaporation loss

answers: NDQ_001771

answers: irrigated by surface water.

answers: NDQ_001772

answers: irrigated by surface water.

answers: NDQ_001773

answers: irrigated by surface water.

answers: NDQ_001774

answers: evaporated

answers: NDQ_001775

answers: irrigated by surface water.

answers: NDQ_001776

answers: irrigated by surface water.

answers: NDQ_001777

answers: rain falls on the land mass,

answers: NDQ_001778

answers: the land is irrigated by surface water.

answers: NDQ_001781

answers: evaporated

answers: NDQ_001782

answers: When rain falls on the land mass,

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: surface water.

answers: NDQ_001788

answers: evaporation loss

answers: NDQ_001789

answers: ground water.

answers: NDQ_001790

answers: primary water supplies / flows in a river.

answers: NDQ_001791

answers: When rain falls on the land mass,

answers: NDQ_001792

answers: When rain falls on the land mass,

answers: NDQ_001793

answers: primary water supplies / flows in a river.

answers: NDQ_001794

answers: underground aquifer

answers: NDQ_001795

answers: When rain falls on the land mass,

answers: NDQ_001796

answers: When rain falls

answers: NDQ_001797

answers: When rain falls on the land mass,

answers: NDQ_001798

answers: Some of the water absorbed by the soil gets evaporated from the soil,

answers: NDQ_001799

answers: flowing on the surface of soil.

answers: NDQ_001800

answers: evaporation

answers: NDQ_001801

answers: evaporation loss

answers: NDQ_001802

answers: evaporation loss

answers: NDQ_001803

answers: irrigated

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: irrigated by surface water.

text: China Water Affairs Group Limited () () is water supply company headquartered in Hong Kong. It offers raw water supply, tap water supply, sewage treatment, hydroelectric power supply, water piping construction and water meters installation services in China.

text: China Water Affairs Group Limited () () is

text: water supply

text: company

text: headquartered

text: in

text: Hong Kong

text: . It offers

text: raw water

text: supply,

text: tap water

text: supply,

text: sewage treatment

text: hydroelectric power

text: supply,

text: water piping

text: construction and

text: water meters

text: installation services in

text: China

answers: NDQ_001768

answers: raw water supply

answers: NDQ_001769

answers: sewage treatment

answers: NDQ_001770

answers: sewage treatment

answers: NDQ_001771

answers: water piping construction

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: What product does China Water Affairs Group Limited sell?

answers: NDQ_001774

answers: sewage treatment

answers: NDQ_001775

answers: sewage treatment

answers: NDQ_001776

answers: sewage treatment

answers: NDQ_001777

answers: water supply

answers: NDQ_001778

answers: sewage treatment

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: What does China Water Affairs Group Limited offer?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What does China Water Affairs Group Limited offer?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: None of the above choices are available

answers: NDQ_001792

answers: What does China Water Affairs Group Limited offer?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe China Water Affairs Group Limited?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What does China Water Affairs Group Limited offer?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: China Water Affairs Group Limited

answers: NDQ_001802

answers: sewage treatment

answers: NDQ_001803

answers: hydroelectric power supply

answers: NDQ_001804

answers: water piping

answers: NDQ_001805

answers: sewage treatment

answers: NDQ_001768

answers: hydroelectric power

answers: NDQ_001769

answers: sewage treatment,

answers: NDQ_001770

answers: sewage treatment,

answers: NDQ_001771

answers: hydroelectric power supply,

answers: NDQ_001772

answers: China.

answers: NDQ_001773

answers: sewage treatment,

answers: NDQ_001774

answers: sewage treatment,

answers: NDQ_001775

answers: sewage treatment, hydroelectric power supply,

answers: NDQ_001776

answers: sewage treatment,

answers: NDQ_001777

answers: raw water supply, tap water supply, sewage treatment, hydroelectric power

answers: NDQ_001778

answers: sewage treatment,

answers: NDQ_001781

answers: sewage treatment,

answers: NDQ_001782

answers: China Water Affairs Group Limited

answers: NDQ_001785

answers: China Water Affairs Group Limited

answers: NDQ_001787

answers: sewage treatment,

answers: NDQ_001788

answers: water piping construction and water meters installation services in China.

answers: NDQ_001789

answers: hydroelectric power supply,

answers: NDQ_001790

answers: Hong Kong.

answers: NDQ_001791

answers: Hong Kong.

answers: NDQ_001792

answers: China Water Affairs Group Limited

answers: NDQ_001793

answers: China.

answers: NDQ_001794

answers: Hong Kong.

answers: NDQ_001795

answers: Hong Kong.

answers: NDQ_001796

answers: Hong Kong.

answers: NDQ_001797

answers: Hong Kong.

answers: NDQ_001798

answers: China Water Affairs Group Limited

answers: NDQ_001799

answers: sewage treatment,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: China.

answers: NDQ_001802

answers: sewage treatment,

answers: NDQ_001803

answers: sewage treatment,

answers: NDQ_001804

answers: water piping

answers: NDQ_001805

answers: hydroelectric power

text: Water privatization is used here as a shorthand for private sector participation in the provision of water services and sanitation. Private sector participation in water supply and sanitation is controversial. Proponents of private sector participation argue that it has led to improvements in the efficiency and service quality of utilities. It is argued that it has increased investment and has contributed to expanded access. They cite Manila, Guayaquil in Ecuador, Bucharest, several cities in Colombia and Morocco, as well as Côte d'Ivoire and Senegal as success stories. Critics however, contend that private sector participation led to tariff increases and has turned a public good into a private good. Many believe that the privatization of water is incompatible with ensuring the international human right to water. Aborted privatizations in Cochabamba, Bolivia, and Dar es-Salaam, Tanzania, as well as privately managed water systems in Jakarta and Berlin are highlighted as failures. Water privatization in Buenos Aires, Argentina and in England is cited by both supporters and opponents, each emphasizing different aspects of these cases. Statistical studies comparing public and private utilities show little difference in performance between them.

text: Water privatization is used here as a shorthand for private sector participation in the provision of

text: water services

text: and

text: sanitation

text: . Private sector participation in water supply and sanitation is controversial. Proponents of private sector participation argue that it has led to improvements in the efficiency and service quality of utilities. It is argued that it has increased investment and has contributed to expanded access. They cite

text: Manila

text: Guayaquil in Ecuador

text: , Bucharest, several cities in

text: Colombia

text: and

text: Morocco

text: , as well as Côte d'Ivoire and Senegal as success stories. Critics however, contend that private sector participation led to tariff increases and has turned a public good into a private good. Many believe that the privatization of water is incompatible with ensuring the

text: international human

text: right to water

text: . Aborted privatizations in

text: Cochabamba, Bolivia

text: , and

text: Dar es-Salaam, Tanzania

text: , as well as privately managed water systems in

text: Jakarta

text: and Berlin are highlighted as failures. Water privatization in

text: Buenos Aires, Argentina

text: and in

entity_name: Water privatisation in England and Wales

text: England

text: is cited by both supporters and opponents, each emphasizing different aspects of these cases. Statistical studies comparing public and private utilities show little difference in performance between them.

answers: NDQ_001768

answers: private sector participation in water supply and sanitation

answers: NDQ_001769

answers: What does Water Privatization refer to?

answers: NDQ_001770

answers: Tariff increases

answers: NDQ_001771

answers: What is not a benefit of privatization?

answers: NDQ_001772

answers: private sector

answers: NDQ_001773

answers: Which of the following is not a type of chemical: pesticides, fertilizers, or pesticides?

answers: NDQ_001774

answers: Aborted privatizations

answers: NDQ_001775

answers: What is the shorthand for water privatization?

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: privatization

answers: NDQ_001778

answers: privatization

answers: NDQ_001781

answers: privatization

answers: NDQ_001782

answers: What is the international human right to water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the criticism of water privatization?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is Guayaquil in Ecuador?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: many young children die from waterborne diseases

answers: NDQ_001797

answers: How many cities are cited as success stories?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water privatization

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: sanitation

answers: NDQ_001768

answers: Water privatization

answers: NDQ_001769

answers: water services and sanitation.

answers: NDQ_001770

answers: tariff increases

answers: NDQ_001771

answers: Water privatization

answers: NDQ_001772

answers: private sector

answers: NDQ_001773

answers: Water privatization

answers: NDQ_001774

answers: private good.

answers: NDQ_001775

answers: provision of water services and sanitation.

answers: NDQ_001776

answers: sanitation.

answers: NDQ_001777

answers: investment

answers: NDQ_001778

answers: privatization

answers: NDQ_001781

answers: tariff increases

answers: NDQ_001782

answers: international human right to water.

answers: NDQ_001785

answers: little difference in performance between them.

answers: NDQ_001787

answers: tariff increases and has turned a public good into a private good.

answers: NDQ_001788

answers: Water privatization

answers: NDQ_001789

answers: Water privatization

answers: NDQ_001790

answers: little difference in performance between them.

answers: NDQ_001791

answers: Water privatization

answers: NDQ_001792

answers: Manila, Guayaquil in Ecuador,

answers: NDQ_001793

answers: Statistical studies comparing public and private utilities

answers: NDQ_001794

answers: Water privatization

answers: NDQ_001795

answers: Water privatization

answers: NDQ_001796

answers: Water privatization

answers: NDQ_001797

answers: Buenos Aires,

answers: NDQ_001798

answers: Statistical studies comparing public and private utilities

answers: NDQ_001799

answers: public and private utilities show little difference in performance between them.

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: Ecuador,

answers: NDQ_001802

answers: little difference in performance between them.

answers: NDQ_001803

answers: sanitation.

answers: NDQ_001804

answers: Guayaquil in Ecuador,

answers: NDQ_001805

answers: sanitation.

text: There is a substantial increase in the amount of drinking water supplied from reservoirs, long-distance water transfers and desalination at a low price to consumers, thanks to the country's substantial oil and gas revenues. In 2011 the capital Algiers transformed its intermittent water supply into a to continuous one, along with considerable improvements in wastewater treatment. However, there is still poor service quality in many cities outside Algiers with 78% of urban residents suffering from intermittent water supply. Another challenge is the pollution of water resources.

text: There is a substantial increase in the amount of drinking water supplied from reservoirs, long-distance water transfers and

text: desalination

text: at a low price to consumers, thanks to the country's substantial oil and gas revenues. In 2011 the capital Algiers transformed its intermittent

text: water supply

text: into a to continuous one, along with considerable improvements in

text: wastewater treatment

text: . However, there is still poor service quality in many cities outside Algiers with 78% of urban residents suffering from intermittent water supply. Another challenge is the pollution of water resources.

answers: NDQ_001768

answers: intermittent water supply

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: Which of the following is not a type of recreation: drinking water, long-distance water transfers or desalination?

answers: NDQ_001772

answers: urban residents

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: oil, gas or desalination?

answers: NDQ_001774

answers: wastewater treatment

answers: NDQ_001775

answers: desalination

answers: NDQ_001776

answers: pollution

answers: NDQ_001777

answers: oil and gas revenues

answers: NDQ_001778

answers: pollution of water resources

answers: NDQ_001781

answers: pollution of water resources

answers: NDQ_001782

answers: Which of the following is not a form of life: oil and gas?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of pollution: oil and gas revenues, desalination or wastewater treatment?

answers: NDQ_001788

answers: Which of the following is not a challenge: the pollution of water resources?

answers: NDQ_001789

answers: Which of the following is not a source of energy: oil and gas or water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a substantial increase in the amount of drinking water supplied from reservoirs?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a challenge to water resources: pollution of water resources, intermittent water supply or poor service quality?

answers: NDQ_001797

answers: Which of the following is not a reason for the increase in the amount of drinking water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: pollution of water resources

answers: NDQ_001801

answers: 2011

answers: NDQ_001802

answers: Another challenge is the pollution of water resources.

answers: NDQ_001803

answers: desalination

answers: NDQ_001804

answers: reservoirs

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: reservoirs, long-distance water transfers and desalination

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: pollution of water resources.

answers: NDQ_001771

answers: long-distance water transfers and desalination

answers: NDQ_001772

answers: consumers,

answers: NDQ_001773

answers: drinking water

answers: NDQ_001774

answers: pollution of water resources.

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: pollution of water resources.

answers: NDQ_001778

answers: pollution of water resources.

answers: NDQ_001781

answers: pollution of water resources.

answers: NDQ_001782

answers: There is a substantial increase in the amount of drinking water

answers: NDQ_001785

answers: There is a substantial increase in the amount of drinking water

answers: NDQ_001787

answers: pollution of water resources.

answers: NDQ_001788

answers: pollution of water resources.

answers: NDQ_001789

answers: oil and gas

answers: NDQ_001790

answers: pollution of water resources.

answers: NDQ_001791

answers: 78% of urban residents suffering from intermittent water supply.

answers: NDQ_001792

answers: There is a substantial increase in the amount of drinking water

answers: NDQ_001793

answers: desalination

answers: NDQ_001794

answers: reservoirs,

answers: NDQ_001795

answers: 78% of urban residents suffering from intermittent water supply.

answers: NDQ_001796

answers: pollution of water resources.

answers: NDQ_001797

answers: 78% of urban residents suffering from intermittent water supply.

answers: NDQ_001798

answers: increase in the amount of drinking water supplied from reservoirs,

answers: NDQ_001799

answers: long-distance water transfers

answers: NDQ_001800

answers: pollution of water resources.

answers: NDQ_001801

answers: 2011 the capital Algiers

answers: NDQ_001802

answers: pollution of water resources.

answers: NDQ_001803

answers: desalination

answers: NDQ_001804

answers: reservoirs,

answers: NDQ_001805

answers: drinking water

text: Water tariff for irrigation fluctuate between the US$40 ha/year for irrigation systems supplied by surface water and 150-200 US$ ha/year for irrigation systems supplied by groundwater. Water tariffs had to cover both the cost of operation, administration and maintenance at the module level and the module’s share of costs at the main canal and water-source level.

text: Water tariff for irrigation fluctuate between the US$40 ha/year for irrigation systems supplied by surface water and 150-200 US$ ha/year for irrigation systems supplied by groundwater. Water tariffs had to cover both the cost of operation, administration and maintenance at the module level and the module’s share of costs at the main canal and water-source level.

answers: NDQ_001768

answers: groundwater for irrigation

answers: NDQ_001769

answers: irrigation

answers: NDQ_001770

answers: Groundwater

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: irrigation

answers: NDQ_001773

answers: are used in the production of fertilizers, pesticides and pesticides.

answers: NDQ_001774

answers: groundwater

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: groundwater

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many US$ ha/year for irrigation systems supplied by surface water?

answers: NDQ_001789

answers: Which of the following is not a type of water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of irrigation system: surface water or groundwater?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, drier, or warmer?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: groundwater

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: groundwater.

answers: NDQ_001769

answers: irrigation

answers: NDQ_001770

answers: Water tariffs had to cover both the cost of operation, administration and maintenance

answers: NDQ_001771

answers: irrigation

answers: NDQ_001772

answers: irrigation

answers: NDQ_001773

answers: Water tariff for irrigation

answers: NDQ_001774

answers: groundwater.

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: Water tariff for irrigation

answers: NDQ_001777

answers: surface water

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: groundwater.

answers: NDQ_001782

answers: surface water

answers: NDQ_001785

answers: 150-200 US$ ha/year for irrigation systems supplied by groundwater.

answers: NDQ_001787

answers: 150-200 US$ ha/year for irrigation systems supplied by groundwater.

answers: NDQ_001788

answers: 150-200 US$ ha/year for irrigation systems supplied by groundwater.

answers: NDQ_001789

answers: groundwater.

answers: NDQ_001790

answers: surface water

answers: NDQ_001791

answers: surface water

answers: NDQ_001792

answers: groundwater.

answers: NDQ_001793

answers: surface water

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: 150-200 US$ ha/year for irrigation systems supplied by groundwater.

answers: NDQ_001796

answers: 150-200 US$ ha/year for irrigation systems supplied by groundwater.

answers: NDQ_001797

answers: 150-200 US$ ha/year for irrigation systems supplied by groundwater.

answers: NDQ_001798

answers: 150-200 US$ ha/year for irrigation systems supplied by groundwater.

answers: NDQ_001799

answers: surface water

answers: NDQ_001800

answers: water-source

answers: NDQ_001801

answers: Water tariff for irrigation fluctuate between the US$40 ha/year

answers: NDQ_001802

answers: groundwater.

answers: NDQ_001803

answers: irrigation systems

answers: NDQ_001804

answers: groundwater.

answers: NDQ_001805

answers: irrigation

text: Water is one of the most precious and important natural assets in the Okanagan Basin.  Even though the Basin is endowed with several large lakes, the supply of clean, reliable water is inherently limited by the semi-arid to arid climate, which brings minimal precipitation and high evaporation and evapotranspiration rates.  In fact, according to Statistics Canada the Okanagan Basin has the lowest, per capita availability of fresh water in Canada.  Water shortages have already occurred in some areas of the Basin, and are expected to occur more widely and frequently in the future.

text: Water is one of the most precious and important natural assets in the

text: Okanagan Basin

text: .  Even though the Basin is endowed with several large lakes, the supply of clean, reliable water is inherently limited by the

text: semi-arid

text: to

text: arid

text: climate

text: , which brings minimal

text: precipitation

text: and high evaporation and

text: evapotranspiration

text: rates.  In fact, according to

text: Statistics Canada

text: the Okanagan Basin has the lowest, per capita availability of

text: fresh water

text: in Canada.  Water shortages have already occurred in some areas of the Basin, and are expected to occur more widely and frequently in the future.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Water shortages

answers: NDQ_001771

answers: fishing, swimming, and swimming

answers: NDQ_001772

answers: Canada

answers: NDQ_001773

answers: Which of the following is not a source of fresh water in the Okanagan Basin: evaporation or evapotranspiration?

answers: NDQ_001774

answers: evapotranspiration

answers: NDQ_001775

answers: to wash clothes

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: evapotranspiration

answers: NDQ_001781

answers: evapotranspiration

answers: NDQ_001782

answers: Which of the following is true of the Okanagan Basin?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a natural resource in the Okanagan Basin: large lakes, the supply of clean, reliable water, or evapotranspiration rates?

answers: NDQ_001788

answers: What may be the reason for water shortages in the Okanagan Basin?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is one of the most precious and important natural assets in the Okanagan Basin

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is one of the most precious and important natural assets in the Okanagan Basin

answers: NDQ_001797

answers: Which of the following is true of the Okanagan Basin?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: Water shortages have already occurred

answers: NDQ_001802

answers: The Okanagan Basin has the lowest, per capita availability of fresh water in Canada

answers: NDQ_001803

answers: Precipitation

answers: NDQ_001804

answers: evaporation

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water

answers: NDQ_001769

answers: capita

answers: NDQ_001770

answers: Water shortages

answers: NDQ_001771

answers: lakes,

answers: NDQ_001772

answers: Okanagan Basin.

answers: NDQ_001773

answers: Okanagan Basin.

answers: NDQ_001774

answers: evaporation

answers: NDQ_001775

answers: water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: semi-arid to arid climate,

answers: NDQ_001778

answers: evaporation and evapotranspiration

answers: NDQ_001781

answers: evaporation and evapotranspiration rates.

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: Okanagan Basin.

answers: NDQ_001787

answers: the supply of clean, reliable water

answers: NDQ_001788

answers: evaporation and evapotranspiration

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: Water shortages

answers: NDQ_001791

answers: Okanagan Basin.

answers: NDQ_001792

answers: Water shortages

answers: NDQ_001793

answers: evapotranspiration rates.

answers: NDQ_001794

answers: Okanagan Basin.

answers: NDQ_001795

answers: Water shortages

answers: NDQ_001796

answers: Water shortages

answers: NDQ_001797

answers: high evaporation and evapotranspiration rates.

answers: NDQ_001798

answers: Water shortages

answers: NDQ_001799

answers: clean, reliable water

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water shortages

answers: NDQ_001802

answers: lowest, per capita availability of fresh water in Canada.

answers: NDQ_001803

answers: precipitation and high evaporation and evapotranspiration

answers: NDQ_001804

answers: evapotranspiration

answers: NDQ_001805

answers: evapotranspiration

text: This paper published in the South Asian Journal of Tourism and Heritage describes the water quality status of Gundolav Lake in Rajasthan, which was once used for drinking water as well as for recreational activities under the tutelage of the princely state of Kishangarh. This has now become a site of waste water disposal and facing a critical threat for its sustenance. Recent years have led to an increasing awareness of the importance of water bodies and the need for conservation of water bodies, especially freshwater wetlands. The Ramsar Convention (2002) identifies wetlands as the starting point for integrated water management strategies. This is because they are the source of fresh water, maintain the health of the water course and water bodies, have the capacity to supply water to meet the human needs and are a key to future water security.The study aims at understanding the present situation and ecology of the lake, which can help in making attempts at restoring the balance between ecosystem and human activities in order to secure a continuous and sustainable improvement in the lake.The physico-chemical and planktonic composition of the lake reveals that it is tending, fast towards 'eutrophism' . The quality of water is deteriorating day by day due to inflow of domestic sewage, municipal waste, agricultural runoff and effluents of organic waste of animal and human origin into the lake. This deterioration of water quality and eutrophication are assuming alarming proportions and can be attributed to the casual attitude of people concerned, with the development of the urban population.The study argues for the urgent need to regularly monitor the water quality of the lake and to make attempts at diverting the city sewage away from the lake to preserve the flora and fauna of this ecosystem.Location

answers: NDQ_001768

answers: freshwater wetlands

answers: NDQ_001769

answers: municipal waste

answers: NDQ_001770

answers: eutrophication

answers: NDQ_001771

answers: Gundolav Lake

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following contributes to the deterioration of the water quality of Gundolav Lake?

answers: NDQ_001774

answers: waste water disposal

answers: NDQ_001775

answers: Waste water disposal and facing a critical threat for its sustenance

answers: NDQ_001776

answers: obesity.

answers: NDQ_001777

answers: Wetlands

answers: NDQ_001778

answers: agricultural runoff

answers: NDQ_001781

answers: waste water disposal

answers: NDQ_001782

answers: What does the Ramsar Convention (2002) say about wetlands?

answers: NDQ_001785

answers: What can we do without water?

answers: NDQ_001787

answers: Which of the following is not a source of freshwater wetlands: Gundolav Lake, Rajasthan, or agricultural runoff?

answers: NDQ_001788

answers: What may be the reason for the deterioration of water quality?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is Gundolav Lake located?

answers: NDQ_001795

answers: The Ramsar Convention (2002)

answers: NDQ_001796

answers: Waterborne diseases include diarrhea, cholera, and typhoid fever

answers: NDQ_001797

answers: Which of the following is true of Gundolav Lake?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: Which of the following is not a source of fresh water?

answers: NDQ_001800

answers: eutrophication

answers: NDQ_001801

answers: Gundolav Lake

answers: NDQ_001802

answers: Gundolav Lake

answers: NDQ_001803

answers: diverting the city sewage away

answers: NDQ_001804

answers: Gundolav Lake in Rajasthan

answers: NDQ_001805

answers: Gundolav Lake

answers: NDQ_001768

answers: urban population.The

answers: NDQ_001769

answers: municipal waste,

answers: NDQ_001770

answers: eutrophication

answers: NDQ_001771

answers: Gundolav Lake

answers: NDQ_001772

answers: urban population.The

answers: NDQ_001773

answers: agricultural runoff

answers: NDQ_001774

answers: waste water disposal

answers: NDQ_001775

answers: domestic sewage,

answers: NDQ_001776

answers: sewage,

answers: NDQ_001777

answers: urban population.The

answers: NDQ_001778

answers: agricultural runoff

answers: NDQ_001781

answers: agricultural runoff

answers: NDQ_001782

answers: The quality of water

answers: NDQ_001785

answers: The quality of water

answers: NDQ_001787

answers: effluents of organic waste of animal and human origin

answers: NDQ_001788

answers: agricultural runoff

answers: NDQ_001789

answers: The quality of water

answers: NDQ_001790

answers: The quality of water is deteriorating day by day

answers: NDQ_001791

answers: The quality of water

answers: NDQ_001792

answers: lake.

answers: NDQ_001793

answers: The quality of water is deteriorating day by day

answers: NDQ_001794

answers: The quality of water

answers: NDQ_001795

answers: Gundolav Lake

answers: NDQ_001796

answers: The quality of water

answers: NDQ_001797

answers: urban population.The

answers: NDQ_001798

answers: conservation of water bodies,

answers: NDQ_001799

answers: The quality of water

answers: NDQ_001800

answers: 'eutrophism'.

answers: NDQ_001801

answers: fast towards 'eutrophism'.

answers: NDQ_001802

answers: alarming proportions

answers: NDQ_001803

answers: agricultural runoff

answers: NDQ_001804

answers: city sewage

answers: NDQ_001805

answers: urban population.The

text: Rural areas. According to the CWSA's policy, the water tariff in rural areas should recover the supply cost of the service, including operation, maintenance, major repairs, replacements, and extension to new areas. Tariffs are set by the District Assemblies in rural areas. However, the supply cost should be low enough to not result in a tariff of more than US$1 per m³. A study conducted in five community-managed piped systems in theAshanti region found an average tariff of about US$0.60 per m³ in 2003, which actually covers between 57 and 77% of the full supply cost. Another study which was carried out in 2005 indicates an average monthly expenditure for water of US$0.99 in 97 sample villages in the Volta region and US$0.89 in 103 villages in the Brong Ahafo region per household. However, in nearly 70% of the villages in Volta and only 40% of the villages in Brong Ahafo, at least 90% of the interviewed households actually paid for water. Where water use is charged, it is done through a fixed system or a pay-as-you-fetch system.

text: Rural areas. According to the CWSA's policy, the water tariff in rural areas should recover the supply cost of the service, including operation, maintenance, major repairs, replacements, and extension to new areas. Tariffs are set by the District Assemblies in rural areas. However, the supply cost should be low enough to not result in a tariff of more than US$1 per m³. A study conducted in five community-managed piped systems in the

text: Ashanti region

text: found an average tariff of about US$0.60 per m³ in 2003, which actually covers between 57 and 77% of the full supply cost. Another study which was carried out in 2005 indicates an average monthly expenditure for water of US$0.99 in 97 sample villages in the

text: Volta region

text: and US$0.89 in 103 villages in the

text: Brong Ahafo region

text: per household. However, in nearly 70% of the villages in Volta and only 40% of the villages in Brong Ahafo, at least 90% of the interviewed households actually paid for water. Where water use is charged, it is done through a fixed system or a pay-as-you-fetch system.

answers: NDQ_001768

answers: US$0.60 per m3

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: a tariff of more than $1 per m3

answers: NDQ_001771

answers: How many percent of the villages in Volta and only 40% of the villages in Brong Ahafo, at least 90% of the interviewed households actually paid for water

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals?

answers: NDQ_001774

answers: is not paid for

answers: NDQ_001775

answers: major repairs, replacements and extension to new areas

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rural areas

answers: NDQ_001778

answers: water use

answers: NDQ_001781

answers: tariffs are too high

answers: NDQ_001782

answers: Which of the following is not a form of life: Volta, Brong Ahafo, or Ashanti?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What type of irrigation system may waste a lot of water?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: NDQ_001796

answers: What is the average monthly expenditure for water of US$0.99 in 97 sample villages in the Volta region

answers: NDQ_001797

answers: How many percent of the interviewed households actually paid for water?

answers: NDQ_001798

answers: How many percent of the interviewed households actually paid for water

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: in 2003, which actually covers between 57 and 77% of the full supply cost

answers: NDQ_001802

answers: in nearly 70% of the villages in Volta and only 40% of the villages in Brong Ahafo, at least 90% of the interviewed households actually paid for water

answers: NDQ_001803

answers: community-managed piped systems

answers: NDQ_001804

answers: community-managed

answers: NDQ_001805

answers: rural areas

answers: NDQ_001768

answers: pay-as-you-fetch system.

answers: NDQ_001769

answers: operation, maintenance, major repairs, replacements, and extension to new areas.

answers: NDQ_001770

answers: a tariff of more than US$1 per m3.

answers: NDQ_001771

answers: pay-as-you-fetch system.

answers: NDQ_001772

answers: Rural areas.

answers: NDQ_001773

answers: US$1 per m3.

answers: NDQ_001774

answers: pay-as-you-fetch system.

answers: NDQ_001775

answers: operation, maintenance, major repairs,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: supply cost of the service,

answers: NDQ_001778

answers: paid for water.

answers: NDQ_001781

answers: at least 90% of the interviewed households actually paid for water.

answers: NDQ_001782

answers: pay-as-you-fetch system.

answers: NDQ_001785

answers: US$1 per m3.

answers: NDQ_001787

answers: US$1 per m3.

answers: NDQ_001788

answers: US$1 per m3.

answers: NDQ_001789

answers: US$1 per m3.

answers: NDQ_001790

answers: US$1 per m3.

answers: NDQ_001791

answers: US$0.60 per m3

answers: NDQ_001792

answers: US$1 per m3.

answers: NDQ_001793

answers: US$1 per m3.

answers: NDQ_001794

answers: US$1 per m3.

answers: NDQ_001795

answers: US$1 per m3.

answers: NDQ_001796

answers: US$1 per m3.

answers: NDQ_001797

answers: Rural areas.

answers: NDQ_001798

answers: US$1 per m3.

answers: NDQ_001799

answers: piped systems

answers: NDQ_001800

answers: US$1 per m3.

answers: NDQ_001801

answers: 2003,

answers: NDQ_001802

answers: US$1 per m3.

answers: NDQ_001803

answers: piped systems

answers: NDQ_001804

answers: piped systems

answers: NDQ_001805

answers: US$1 per m3.

text: The water conditions in Faqqu'a are similar to problems seen in other parts in the West Bank. The situation has become even worse since the start of the Al-Aqsa Intifada, since high water price and the economic hardship have aggravated the water shortage even further. Faqqua's only water source is the Abu 'Ahed well in the village of Deir Ghazaleh located about 5 kilometres away. Water is transported via tankers due to the lack of a water network.

text: The water conditions in Faqqu'a are similar to problems seen in other parts in the West Bank. The situation has become even worse since the start of the

text: Al-Aqsa Intifada

text: , since high water price and the economic hardship have aggravated the water shortage even further. Faqqua's only water source is the Abu 'Ahed well in the village of

text: Deir Ghazaleh

text: located about 5 kilometres away. Water is transported via tankers due to the lack of a water network.

answers: NDQ_001768

answers: tankers

answers: NDQ_001769

answers: What is Faqqu'a's only water source?

answers: NDQ_001770

answers: Faqqu'a's water shortage

answers: NDQ_001771

answers: How many miles away is the Abu 'Ahed well?

answers: NDQ_001772

answers: Al-Aqsa

answers: NDQ_001773

answers: Which of the following is not a source of water in Faqqu'a: Abu 'Ahed well or Deir Ghazaleh?

answers: NDQ_001774

answers: is transported via tankers

answers: NDQ_001775

answers: What is transported via tankers due to the lack of a water network

answers: NDQ_001776

answers: lack of water

answers: NDQ_001777

answers: the availability of what?

answers: NDQ_001778

answers: Al-Aqsa Intifada

answers: NDQ_001781

answers: lacks a water network

answers: NDQ_001782

answers: Which of the following is not a form of life: Faqqua's only water source is the Abu 'Ahed well?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: Abu 'Ahed well or Deir Ghazaleh?

answers: NDQ_001788

answers: What may be the reason for the water shortage in Faqqu'a?

answers: NDQ_001789

answers: Which of the following is not a water source: Abu 'Ahed well or Deir Ghazaleh?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or wells?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many kilometres away is Faqqua's only water source?

answers: NDQ_001797

answers: Which of the following is not a reason for the water shortage: high water price and the economic hardship?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: How is the water transported?

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: since the start of the Al-Aqsa Intifada

answers: NDQ_001802

answers: The water conditions in Faqqu'a are similar to problems seen in other parts in the West Bank

answers: NDQ_001803

answers: tankers

answers: NDQ_001804

answers: Abu 'Ahed well

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: tankers

answers: NDQ_001769

answers: Water is transported via tankers

answers: NDQ_001770

answers: water shortage

answers: NDQ_001771

answers: Water is transported via tankers

answers: NDQ_001772

answers: Al-Aqsa Intifada,

answers: NDQ_001773

answers: Al-Aqsa Intifada,

answers: NDQ_001774

answers: Water is transported via tankers due to the lack of a water network.

answers: NDQ_001775

answers: tankers

answers: NDQ_001776

answers: water shortage

answers: NDQ_001777

answers: high water price and the economic hardship

answers: NDQ_001778

answers: high water price and the economic hardship

answers: NDQ_001781

answers: lack of a water network.

answers: NDQ_001782

answers: Water is transported via tankers

answers: NDQ_001785

answers: Al-Aqsa Intifada,

answers: NDQ_001787

answers: Water is transported via tankers

answers: NDQ_001788

answers: Water is transported via tankers

answers: NDQ_001789

answers: Water is transported via tankers

answers: NDQ_001790

answers: Al-Aqsa Intifada,

answers: NDQ_001791

answers: Al-Aqsa Intifada,

answers: NDQ_001792

answers: Water is transported via tankers

answers: NDQ_001793

answers: Abu 'Ahed well

answers: NDQ_001794

answers: 5 kilometres away. Water is transported via tankers

answers: NDQ_001795

answers: tankers due to the lack of a water network.

answers: NDQ_001796

answers: Water is transported via tankers due to the lack of a water network.

answers: NDQ_001797

answers: Water is transported via tankers

answers: NDQ_001798

answers: Water is transported via tankers

answers: NDQ_001799

answers: tankers

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: Al-Aqsa Intifada,

answers: NDQ_001802

answers: similar to problems seen in other parts in the West Bank.

answers: NDQ_001803

answers: tankers

answers: NDQ_001804

answers: Abu 'Ahed well

answers: NDQ_001805

answers: tankers

text: With the water supply cut off, the emergency water supply reserve system from surrounding ponds was routed to the main water supply.

text: With the water supply cut off, the emergency water supply reserve system from surrounding ponds was routed to the main water supply.

answers: NDQ_001768

answers: emergency water supply systems

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: floods

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: can be used to fertilize crops.

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: cutting off the water supply

answers: NDQ_001781

answers: is too much

answers: NDQ_001782

answers: None of the above choices .

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It is likely that the emergency water supply system from surrounding ponds was routed to the main water supply.

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: It's impossible to say

answers: NDQ_001796

answers: None of the above choices .

answers: NDQ_001797

answers: None of the above choices .

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: can be described as

answers: NDQ_001802

answers: can not be determined

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be a pond

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: emergency water supply reserve system from surrounding ponds

answers: NDQ_001769

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001770

answers: ponds

answers: NDQ_001771

answers: ponds

answers: NDQ_001772

answers: emergency water supply reserve system from surrounding ponds

answers: NDQ_001773

answers: surrounding ponds

answers: NDQ_001774

answers: cut off,

answers: NDQ_001775

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: surrounding ponds

answers: NDQ_001778

answers: water supply cut off,

answers: NDQ_001781

answers: surrounding ponds

answers: NDQ_001782

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001785

answers: the emergency water supply reserve system

answers: NDQ_001787

answers: surrounding ponds

answers: NDQ_001788

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001789

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001790

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001791

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001792

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001793

answers: surrounding ponds

answers: NDQ_001794

answers: surrounding ponds

answers: NDQ_001795

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001796

answers: the emergency water supply reserve system

answers: NDQ_001797

answers: the emergency water supply reserve system from surrounding ponds

answers: NDQ_001798

answers: the emergency water supply reserve system

answers: NDQ_001799

answers: surrounding ponds

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: With the water supply cut off,

answers: NDQ_001802

answers: surrounding ponds

answers: NDQ_001803

answers: emergency water supply reserve system

answers: NDQ_001804

answers: emergency water supply reserve system

answers: NDQ_001805

answers: the emergency water supply reserve system from surrounding ponds

text: Problems have included water-logging, when the water does not drain quickly enough after heavy rain.

text: Problems have included water-logging, when the water does not drain quickly enough after heavy rain.

answers: NDQ_001768

answers: more water than developed ones

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: water-logging

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: can be used to prevent water-logging

answers: NDQ_001774

answers: drains too slowly

answers: NDQ_001775

answers: repairing machinery

answers: NDQ_001776

answers: water-logging

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: water-logging

answers: NDQ_001781

answers: drains slowly

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a problem with Irrigation?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: It's impossible to say

answers: NDQ_001796

answers: Which of the following is not a problem with water-logging?

answers: NDQ_001797

answers: Which of the following is not a problem with Drier climates?

answers: NDQ_001798

answers: it is impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause water-logging

answers: NDQ_001802

answers: it is polluted

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be flooded

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: water-logging, when the water does not drain quickly enough after heavy rain.

answers: NDQ_001769

answers: water-logging,

answers: NDQ_001770

answers: water-logging,

answers: NDQ_001771

answers: water-logging,

answers: NDQ_001772

answers: rain.

answers: NDQ_001773

answers: water-logging,

answers: NDQ_001774

answers: heavy rain.

answers: NDQ_001775

answers: water-logging,

answers: NDQ_001776

answers: water-logging,

answers: NDQ_001777

answers: heavy rain.

answers: NDQ_001778

answers: water-logging, when the water does not drain quickly enough after heavy rain.

answers: NDQ_001781

answers: water-logging,

answers: NDQ_001782

answers: water-logging,

answers: NDQ_001785

answers: water-logging,

answers: NDQ_001787

answers: water-logging,

answers: NDQ_001788

answers: water-logging,

answers: NDQ_001789

answers: water-logging, when the water does not drain quickly enough after heavy rain.

answers: NDQ_001790

answers: water-logging,

answers: NDQ_001791

answers: water-logging,

answers: NDQ_001792

answers: water-logging,

answers: NDQ_001793

answers: water-logging,

answers: NDQ_001794

answers: water-logging,

answers: NDQ_001795

answers: water-logging,

answers: NDQ_001796

answers: water-logging,

answers: NDQ_001797

answers: water-logging, when the water does not drain quickly enough after heavy rain.

answers: NDQ_001798

answers: water-logging,

answers: NDQ_001799

answers: water-logging,

answers: NDQ_001800

answers: water-logging,

answers: NDQ_001801

answers: water-logging, when the water does not drain quickly enough after heavy rain.

answers: NDQ_001802

answers: water-logging,

answers: NDQ_001803

answers: water-logging,

answers: NDQ_001804

answers: water-logging, when the water does not drain quickly enough after heavy rain.

answers: NDQ_001805

answers: water-logging, when the water does not drain quickly enough after heavy rain.

text: Where the local water supply has a high content of dissolved minerals such as limestone, heating the water causes the minerals to precipitate in the tank (scaling) and a tank may develop leaks due to corrosion after only a few years, a problem exacerbated by dissolved oxygen in the water which accelerates corrosion of both tank and fittings.

text: Where the local water supply has a

text: high content of dissolved minerals

text: such as

text: limestone

text: , heating the water causes the minerals to precipitate in the tank (scaling) and a tank may develop leaks due to corrosion after only a few years, a problem exacerbated by dissolved

text: oxygen

text: in the water which accelerates

text: corrosion

text: of both tank and fittings.

answers: NDQ_001768

answers: dissolved oxygen in the water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: corrosion

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used to control the growth of crops

answers: NDQ_001774

answers: scales

answers: NDQ_001775

answers: corrosive purposes

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: local water supply

answers: NDQ_001778

answers: heating the water

answers: NDQ_001781

answers: scales

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason for people to use less water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: can cause corrosion

answers: NDQ_001802

answers: dissolved oxygen

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: can be a tank

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001769

answers: Where the local water supply

answers: NDQ_001770

answers: leaks due to corrosion

answers: NDQ_001771

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001772

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001773

answers: dissolved oxygen

answers: NDQ_001774

answers: heating

answers: NDQ_001775

answers: heating the water causes the minerals to precipitate in the tank

answers: NDQ_001776

answers: water supply has a high content of dissolved minerals

answers: NDQ_001777

answers: the local water supply has a high content of dissolved minerals

answers: NDQ_001778

answers: heating the water

answers: NDQ_001781

answers: heating the water causes the minerals to precipitate in the tank

answers: NDQ_001782

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001785

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001787

answers: dissolved oxygen

answers: NDQ_001788

answers: a tank may develop leaks due to corrosion after only a few years,

answers: NDQ_001789

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001790

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001791

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001792

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001793

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001794

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001795

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001796

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001797

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001798

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001799

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001800

answers: water supply has a high content of dissolved minerals

answers: NDQ_001801

answers: Where the local water supply has a high content of dissolved minerals

answers: NDQ_001802

answers: high content of dissolved minerals

answers: NDQ_001803

answers: heating the water

answers: NDQ_001804

answers: limestone,

answers: NDQ_001805

answers: Where the local water supply has a high content of dissolved minerals

text: National overview of water resources. Water resources are scarce in Burkina Faso. Water availability varies greatly between regions and seasons, as well as from year to year. In the South, average rainfall is as high as 1,200mm during a six-month wet season, while in the North the wet season lasts only three months and rainfall is only 300mm. The only rivers in the country that carry water all year around are the Mouhoun River (Black Volta) and the Nakambe River (White Volta), the other rivers carrying water only during the wet season. Building dams has been the most common way of storing water for the dry season, even though evaporation can reach 2,000 mm/year thus causing substantial water losses from open reservoirs. A substantial portion of surface water resources is shared with neighboring countries. For example, the Nakambe River - the main source of supply for the capital, Ouagadougou - and the Mouhoun River are shared with Ghana. Surface water resources vary between 8 billion cubic meters (BCM)/year in an average year and 4 BCM in a dry year. The lower figure corresponds to less than 300 cubic meters per capita and year, which is well below the level of 1,000 cubic meters per capita and year that is considered the threshold for “water stress”.

text: National overview of water resources. Water resources are scarce in Burkina Faso. Water availability varies greatly between regions and seasons, as well as from year to year. In the South, average rainfall is as high as 1,200mm during a six-month wet season, while in the North the wet season lasts only three months and rainfall is only 300mm. The only rivers in the country that carry water all year around are the Mouhoun River (

text: Black Volta

text: ) and the Nakambe River (

text: White Volta

text: ), the other rivers carrying water only during the wet season. Building dams has been the most common way of storing water for the dry season, even though evaporation can reach 2,000 mm/year thus causing substantial water losses from open reservoirs. A substantial portion of surface water resources is shared with neighboring countries. For example, the Nakambe River - the main source of supply for the capital, Ouagadougou - and the Mouhoun River are shared with Ghana. Surface water resources vary between 8 billion cubic meters (BCM)/year in an average year and 4 BCM in a dry year. The lower figure corresponds to less than 300 cubic meters per capita and year, which is well below the level of 1,000 cubic meters per capita and year that is considered the threshold for “water stress”.

answers: NDQ_001768

answers: less than 300 cubic meters

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for what?

answers: NDQ_001770

answers: water stress

answers: NDQ_001771

answers: What is the most common way of storing water for the dry season?

answers: NDQ_001772

answers: neighboring countries

answers: NDQ_001773

answers: In Burkina Faso, what is the main source of agricultural chemicals?

answers: NDQ_001774

answers: evaporation

answers: NDQ_001775

answers: What is the most common way of storing water for the dry season?

answers: NDQ_001776

answers: water stress

answers: NDQ_001777

answers: regions and seasons

answers: NDQ_001778

answers: Building dams

answers: NDQ_001781

answers: evaporation

answers: NDQ_001782

answers: What is the most common way of storing water for the dry season?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is the most common way of storing water for the dry season?

answers: NDQ_001788

answers: What is the main source of supply for the capital?

answers: NDQ_001789

answers: What is the most common way of storing water for the dry season?

answers: NDQ_001790

answers: What is the lowest number of cubic meters per capita and year?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the main source of supply for the capital, Ouagadougou?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: The lower figure corresponds to less than 300 cubic meters per capita and year

answers: NDQ_001797

answers: How many cubic meters per capita and year is considered the threshold for “water stress”?

answers: NDQ_001798

answers: How many cubic meters per capita and year does the threshold for “water stress” refer to?

answers: NDQ_001799

answers: What is considered the threshold for “water stress”?

answers: NDQ_001800

answers: Water resources are scarce

answers: NDQ_001801

answers: a dry year

answers: NDQ_001802

answers: The lower figure corresponds to less than 300 cubic meters per capita

answers: NDQ_001803

answers: Building dams

answers: NDQ_001804

answers: Building dams has been the most common way of storing water

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Building dams

answers: NDQ_001769

answers: Building dams

answers: NDQ_001770

answers: substantial water losses

answers: NDQ_001771

answers: Building dams

answers: NDQ_001772

answers: neighboring countries.

answers: NDQ_001773

answers: water resources. Water resources are scarce in Burkina Faso.

answers: NDQ_001774

answers: evaporation

answers: NDQ_001775

answers: Building dams

answers: NDQ_001776

answers: “water stress”.

answers: NDQ_001777

answers: between regions and seasons,

answers: NDQ_001778

answers: Building dams

answers: NDQ_001781

answers: evaporation

answers: NDQ_001782

answers: “water stress”.

answers: NDQ_001785

answers: Water resources are scarce in Burkina Faso.

answers: NDQ_001787

answers: Building dams

answers: NDQ_001788

answers: Building dams

answers: NDQ_001789

answers: Building dams

answers: NDQ_001790

answers: “water stress”.

answers: NDQ_001791

answers: “water stress”.

answers: NDQ_001792

answers: Water resources are scarce in Burkina Faso.

answers: NDQ_001793

answers: Water resources are scarce in Burkina Faso.

answers: NDQ_001794

answers: surface water resources is shared with neighboring countries.

answers: NDQ_001795

answers: Water resources are scarce in Burkina Faso.

answers: NDQ_001796

answers: “water stress”.

answers: NDQ_001797

answers: Water resources are scarce in Burkina Faso.

answers: NDQ_001798

answers: Building dams

answers: NDQ_001799

answers: “water stress”.

answers: NDQ_001800

answers: “water stress”.

answers: NDQ_001801

answers: 300mm.

answers: NDQ_001802

answers: “water stress”.

answers: NDQ_001803

answers: Building dams

answers: NDQ_001804

answers: Building dams

answers: NDQ_001805

answers: Building dams

text: Singapore has traditionally relied on water from Malaysia. However, this reliance has made Singapore subject to the possibility of price increases and allowed Malaysian officials to use the water reliance as a political leverage by threatening to cut off supply. In order to reduce this problem, Lee decided to experiment with water recycling in 1974. However, the water treatment plant was closed in 1975 due to cost and reliability issues. In 1998, the Public Utilities Board (PUB) and the Ministry of the Environment and Water Resources (MEWR) initiated the Singapore Water Reclamation Study (NEWater Study). The aim was to determine if NEWater was a viable source of raw water for Singapore's needs. In 2001, PUB initiated efforts to increase water supplies for non-potable use. Using NEWater for these would help reduce the demand on the reservoirs for potable water.

text: Singapore has traditionally relied on water from Malaysia. However, this reliance has made Singapore subject to the possibility of price increases and allowed Malaysian officials to use the water reliance as a political leverage by

entity_name: Water conflicts between Malaysia and Singapore

text: threatening to cut off supply

text: . In order to reduce this problem, Lee decided to experiment with water recycling in 1974. However, the water treatment plant was closed in 1975 due to cost and reliability issues. In 1998, the Public Utilities Board (PUB) and the Ministry of the Environment and Water Resources (MEWR) initiated the Singapore Water Reclamation Study (NEWater Study). The aim was to determine if NEWater was a viable source of raw water for Singapore's needs. In 2001, PUB initiated efforts to increase water supplies for non-potable use. Using NEWater for these would help reduce the demand on the reservoirs for potable water.

answers: NDQ_001768

answers: non-potable

answers: NDQ_001769

answers: non-potable use

answers: NDQ_001770

answers: price increases

answers: NDQ_001771

answers: Which happened first, the water treatment plant was closed or PUB initiated efforts to increase water supplies for non-potable use?

answers: NDQ_001772

answers: Singapore

answers: NDQ_001773

answers: Which of the following is not a source of raw water for Singapore's needs?

answers: NDQ_001774

answers: treatment plant was closed

answers: NDQ_001775

answers: non-potable use

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: price increases

answers: NDQ_001778

answers: price increases

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which happened first, the water treatment plant was closed or Lee decided to experiment with water recycling?

answers: NDQ_001785

answers: How many years after Lee decided to experiment with water recycling was the water plant closed?

answers: NDQ_001787

answers: Which happened first, the water treatment plant was closed or Lee decided to experiment with water recycling?

answers: NDQ_001788

answers: How many years after PUB initiated efforts to increase water supplies for non-potable use would help reduce the demand on the reservoirs for potable water?

answers: NDQ_001789

answers: Which happened first, the water treatment plant was closed or Lee decided to experiment with water recycling?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What was the aim of the Singapore Water Reclamation Study?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many years after Lee decided to experiment with water recycling in 1974 was the water treatment plant closed?

answers: NDQ_001797

answers: Which happened first, the water treatment plant was closed or the Singapore Water Reclamation Study was initiated?

answers: NDQ_001798

answers: How many years after Lee decided to experiment with water recycling was the water treatment plant closed?

answers: NDQ_001799

answers: Which happened first, the water treatment plant was closed or Lee decided to experiment with water recycling?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: In 2001,

answers: NDQ_001802

answers: the water treatment plant was closed in 1975 due to cost and reliability issues

answers: NDQ_001803

answers: NEWater

answers: NDQ_001804

answers: NEWater

answers: NDQ_001805

answers: potable water

answers: NDQ_001768

answers: non-potable use.

answers: NDQ_001769

answers: non-potable use.

answers: NDQ_001770

answers: price increases

answers: NDQ_001771

answers: non-potable

answers: NDQ_001772

answers: Singapore

answers: NDQ_001773

answers: water from Malaysia.

answers: NDQ_001774

answers: water treatment plant was closed in 1975

answers: NDQ_001775

answers: non-potable use.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: price increases

answers: NDQ_001778

answers: threatening to cut off supply.

answers: NDQ_001781

answers: cost and reliability issues.

answers: NDQ_001782

answers: Singapore

answers: NDQ_001785

answers: Singapore has traditionally relied on water from Malaysia.

answers: NDQ_001787

answers: water treatment plant was closed in 1975 due to cost and reliability issues.

answers: NDQ_001788

answers: potable water.

answers: NDQ_001789

answers: NEWater was a viable source of raw water

answers: NDQ_001790

answers: Singapore has traditionally relied on water from Malaysia.

answers: NDQ_001791

answers: Singapore Water Reclamation Study (NEWater Study).

answers: NDQ_001792

answers: NEWater was a viable source of raw water

answers: NDQ_001793

answers: potable water.

answers: NDQ_001794

answers: Singapore Water Reclamation Study

answers: NDQ_001795

answers: potable water.

answers: NDQ_001796

answers: Singapore has traditionally relied on water from Malaysia.

answers: NDQ_001797

answers: potable water.

answers: NDQ_001798

answers: reduce the demand on the reservoirs for potable water.

answers: NDQ_001799

answers: potable water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2001,

answers: NDQ_001802

answers: water treatment plant was closed in 1975 due to cost and reliability issues.

answers: NDQ_001803

answers: water recycling

answers: NDQ_001804

answers: NEWater

answers: NDQ_001805

answers: potable water.

text: Copepods are sometimes found in public main water supplies, especially systems where the water is not filtered, such as New York City, Boston, and San Francisco. This is not usually a problem in treated water supplies. In some tropical countries, such as Peru and Bangladesh, a correlation has been found between copepods presence and cholera in untreated water, because the cholera bacteria attach to the surfaces of planktonic animals. The larvae of the guinea worm must develop within a copepod's digestive tract before being transmitted to humans. The risk of infection with these diseases can be reduced by filtering out the copepods (and other matter), for example with a cloth filter.

text: Copepods are sometimes found in public main water supplies, especially systems where the water is not filtered, such as

text: New York City

text: Boston

text: , and

text: San Francisco

text: . This is not usually a problem in treated water supplies. In some tropical countries, such as

text: Peru

text: and

text: Bangladesh

text: , a correlation has been found between copepods presence and

text: cholera

text: in untreated water, because the cholera bacteria attach to the surfaces of planktonic animals. The larvae of the

text: guinea worm

text: must develop within a copepod's digestive tract before being transmitted to humans. The risk of infection with these diseases can be reduced by filtering out the copepods (and other matter), for example with a

text: cloth filter

answers: NDQ_001768

answers: untreated water

answers: NDQ_001769

answers: public main water supplies

answers: NDQ_001770

answers: Cholera

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not found in public main water supplies: New York City, Boston, or San Francisco?

answers: NDQ_001774

answers: not filtered

answers: NDQ_001775

answers: filtration

answers: NDQ_001776

answers: cholera

answers: NDQ_001777

answers: treated water supplies

answers: NDQ_001778

answers: untreated water

answers: NDQ_001781

answers: is not filtered

answers: NDQ_001782

answers: Which of the following is not true of copepods?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a problem in treated water supplies?

answers: NDQ_001788

answers: Which of the following is not a problem in treated water supplies?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Where are glaciers located?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How can copepods be reduced?

answers: NDQ_001797

answers: Which of the following is not a climate: New York City, Boston, and San Francisco?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is not usually a problem in treated water supplies?

answers: NDQ_001800

answers: untreated water

answers: NDQ_001801

answers: untreated water supplies

answers: NDQ_001802

answers: This not usually a problem in treated water supplies

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: main water supplies

answers: NDQ_001805

answers: humans

answers: NDQ_001768

answers: untreated water,

answers: NDQ_001769

answers: public main water supplies,

answers: NDQ_001770

answers: cholera

answers: NDQ_001771

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001772

answers: humans.

answers: NDQ_001773

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001774

answers: the water is not filtered,

answers: NDQ_001775

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001776

answers: cholera

answers: NDQ_001777

answers: treated water supplies.

answers: NDQ_001778

answers: filtered,

answers: NDQ_001781

answers: the water is not filtered,

answers: NDQ_001782

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001785

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001787

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001788

answers: filtered,

answers: NDQ_001789

answers: water supplies,

answers: NDQ_001790

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001791

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001792

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001793

answers: treated water supplies.

answers: NDQ_001794

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001795

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001796

answers: cholera

answers: NDQ_001797

answers: tropical countries,

answers: NDQ_001798

answers: Copepods are sometimes found in public main water supplies,

answers: NDQ_001799

answers: treated water supplies.

answers: NDQ_001800

answers: water supplies,

answers: NDQ_001801

answers: New York City, Boston, and San Francisco.

answers: NDQ_001802

answers: systems where the water is not filtered,

answers: NDQ_001803

answers: cloth filter.

answers: NDQ_001804

answers: main water supplies,

answers: NDQ_001805

answers: humans.

text: As Minister for Water Utilities, Sartor introduced a number of sweeping changes to the water supply system, and championed water conservation, recycling and innovation in Sydney, the Illawarra and the Blue Mountains.  Sartor's changes in water and energy included: oversighting the introduction of an energy and water sustainability index for new homes; implementing a government energy and water savings fund to support innovative ideas to reduce water and energy consumption; encouraging the uptake of water conservation rebates, household devices and rainwater tanks; and requiring all local councils in the Sydney metropolitan area to develop water savings plans.  Sartor also oversaw the development of water infrastructure projects - including large recycling projects in Sydney.  He also released the Metropolitan Water Plan which first envisaged the potential for a desalination plant to supplement Sydney's water supplies.  After Sartor left the Water portfolio and became Planning Minister, despite an extremely vocal anti-desalination campaign in Kurnell during the 2007 State election, the government was returned.  Desalination was Labor policy established by Sartor, whereas Opposition Liberal policy advocated the human consumption of recycled sewage. Sartor and the NSW Government rejected and ruled out human consumption of recycled effluent in Sydney.

text: As Minister for Water Utilities, Sartor introduced a number of sweeping changes to the water supply system, and championed water conservation, recycling and innovation in Sydney, the Illawarra and the Blue Mountains.  Sartor's changes in water and energy included: oversighting the introduction of an energy and water sustainability index for new homes; implementing a government energy and water savings fund to support innovative ideas to reduce water and energy consumption; encouraging the uptake of water conservation rebates, household devices and rainwater tanks; and requiring all local councils in the Sydney metropolitan area to develop water savings plans.  Sartor also oversaw the development of water infrastructure projects - including large recycling projects in Sydney.  He also released the Metropolitan Water Plan which first envisaged the potential for a desalination plant to supplement Sydney's water supplies.  After Sartor left the Water portfolio and became Planning Minister, despite an extremely vocal anti-desalination campaign in Kurnell during the 2007 State election, the government was returned.  Desalination was Labor policy established by Sartor, whereas Opposition Liberal policy advocated the human consumption of recycled sewage. Sartor and the NSW Government rejected and ruled out human consumption of recycled effluent in Sydney.

answers: NDQ_001768

answers: desalination

answers: NDQ_001769

answers: local councils

answers: NDQ_001770

answers: Desalination

answers: NDQ_001771

answers: What did Sartor and the NSW Government reject and ruled out?

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: What did Sartor and the NSW Government reject and ruled out human consumption of recycled effluent?

answers: NDQ_001774

answers: recycled sewage

answers: NDQ_001775

answers: large recycling projects

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: desalination

answers: NDQ_001778

answers: consumption of recycled sewage

answers: NDQ_001781

answers: desalination

answers: NDQ_001782

answers: Which of the following is not true of Sartor?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What was the reason for the anti-desalination campaign?

answers: NDQ_001788

answers: What may be the reason for the anti-desalination campaign?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What was the potential for a desalination plant to supplement Sydney's water supplies?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Sartor and the NSW Government rejected and ruled out human consumption of recycled effluent

answers: NDQ_001797

answers: Which of the following is not a climate: Sydney, the Illawarra or the Blue Mountains?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Sartor and the NSW Government rejected and ruled out human consumption

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: during the 2007 State election

answers: NDQ_001802

answers: Sartor's changes in water and energy included:

answers: NDQ_001803

answers: desalination plant

answers: NDQ_001804

answers: rainwater tanks

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: human consumption of recycled sewage.

answers: NDQ_001769

answers: local councils

answers: NDQ_001770

answers: human consumption of recycled effluent

answers: NDQ_001771

answers: recycled sewage.

answers: NDQ_001772

answers: human consumption of recycled sewage.

answers: NDQ_001773

answers: Water Utilities,

answers: NDQ_001774

answers: recycled sewage.

answers: NDQ_001775

answers: recycling projects

answers: NDQ_001776

answers: human consumption of recycled sewage.

answers: NDQ_001777

answers: consumption;

answers: NDQ_001778

answers: human consumption of recycled sewage.

answers: NDQ_001781

answers: rainwater tanks;

answers: NDQ_001782

answers: human consumption of recycled sewage.

answers: NDQ_001785

answers: despite an extremely vocal anti-desalination

answers: NDQ_001787

answers: desalination

answers: NDQ_001788

answers: recycling projects in Sydney.

answers: NDQ_001789

answers: desalination plant

answers: NDQ_001790

answers: desalination plant to supplement Sydney's water supplies.

answers: NDQ_001791

answers: Sydney, the Illawarra and the Blue Mountains.

answers: NDQ_001792

answers: Sydney, the Illawarra and the Blue Mountains.

answers: NDQ_001793

answers: desalination

answers: NDQ_001794

answers: rainwater tanks;

answers: NDQ_001795

answers: desalination plant to supplement Sydney's water supplies.

answers: NDQ_001796

answers: recycled sewage.

answers: NDQ_001797

answers: Sydney,

answers: NDQ_001798

answers: reduce water and energy consumption;

answers: NDQ_001799

answers: recycled effluent

answers: NDQ_001800

answers: water and energy consumption;

answers: NDQ_001801

answers: 2007

answers: NDQ_001802

answers: sewage.

answers: NDQ_001803

answers: desalination plant

answers: NDQ_001804

answers: rainwater tanks;

answers: NDQ_001805

answers: human consumption of recycled sewage.

text: There have been considerable improvements in access to water supply in the last several years. A countrywide Multiple Indicator Cluster Survey carried out during the reign of the Taliban in 1997 found that an estimated 7% of the rural population and 17% of the urban population had access to an improved water source at the time. While the survey results represent estimates that have a certain margin of error, the recorded improvements in rural areas match the fact that significant investments were undertaken by NGOs and by the government under the National Solidarity Program initiated in 2003. The improvements in urban areas are somewhat puzzling, since no major investments in water supply systems took place during that period in Kabul and Kandahar. Possibly the 1997 figure does not include the urban population served by public wells. Furthermore, service quality, which is often poor, is not reflected in the above figures. For example, because of poor electrical service, serious voltage fluctuations, poor installation of equipment and lack of preventive maintenance, pump failures are frequent and lead to supply interruptions.

text: There have been considerable improvements in access to water supply in the last several years. A countrywide

text: Multiple Indicator Cluster Survey

text: carried out during the reign of the Taliban in 1997 found that an estimated 7% of the rural population and 17% of the urban population had access to an improved water source at the time. While the survey results represent estimates that have a certain margin of error, the recorded improvements in rural areas match the fact that significant investments were undertaken by

text: NGO

text: s and by the government under the National Solidarity Program initiated in 2003. The improvements in urban areas are somewhat puzzling, since no major investments in water supply systems took place during that period in Kabul and Kandahar. Possibly the 1997 figure does not include the urban population served by public wells. Furthermore, service quality, which is often poor, is not reflected in the above figures. For example, because of poor electrical service, serious voltage fluctuations, poor installation of equipment and lack of preventive maintenance, pump failures are frequent and lead to supply interruptions.

answers: NDQ_001768

answers: 17% of the urban population had access to an improved water source

answers: NDQ_001769

answers: public wells

answers: NDQ_001770

answers: pump failures

answers: NDQ_001771

answers: ponds and lakes

answers: NDQ_001772

answers: urban population

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or water supply?

answers: NDQ_001774

answers: lacks preventive maintenance

answers: NDQ_001775

answers: What does the National Solidarity Program initiate?

answers: NDQ_001776

answers: poor sanitation

answers: NDQ_001777

answers: rural population and urban population

answers: NDQ_001778

answers: lack of preventive maintenance

answers: NDQ_001781

answers: lack of preventive maintenance

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: pump failures are frequent and lead to supply interruptions

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Possibly the 1997 figure does not include the urban population served by public wells

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: an estimated 7% of the rural population

answers: NDQ_001797

answers: an estimated 7% of the rural population

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: pump failures

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: during the reign of the Taliban in 1997

answers: NDQ_001802

answers: service quality, which is often poor, is not reflected in the above figures

answers: NDQ_001803

answers: public wells

answers: NDQ_001804

answers: public wells

answers: NDQ_001805

answers: water supply

answers: NDQ_001768

answers: public wells.

answers: NDQ_001769

answers: public wells.

answers: NDQ_001770

answers: pump failures are frequent and lead to supply interruptions.

answers: NDQ_001771

answers: public wells.

answers: NDQ_001772

answers: urban population

answers: NDQ_001773

answers: National Solidarity Program

answers: NDQ_001774

answers: pump failures are frequent and lead to supply interruptions.

answers: NDQ_001775

answers: poor installation of equipment

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: significant investments

answers: NDQ_001778

answers: poor installation of equipment and lack of preventive maintenance,

answers: NDQ_001781

answers: poor electrical service,

answers: NDQ_001782

answers: 7%

answers: NDQ_001785

answers: 7%

answers: NDQ_001787

answers: pump failures are frequent and lead to supply interruptions.

answers: NDQ_001788

answers: pump failures are frequent and lead to supply interruptions.

answers: NDQ_001789

answers: poor electrical service,

answers: NDQ_001790

answers: 7%

answers: NDQ_001791

answers: 7%

answers: NDQ_001792

answers: 17% of the urban population had access to an improved water source

answers: NDQ_001793

answers: 7%

answers: NDQ_001794

answers: 17% of the urban population had access to an improved water source

answers: NDQ_001795

answers: 7%

answers: NDQ_001796

answers: pump failures are frequent and lead to supply interruptions.

answers: NDQ_001797

answers: 7%

answers: NDQ_001798

answers: improvements in access to water supply in the last several years.

answers: NDQ_001799

answers: pump failures

answers: NDQ_001800

answers: poor electrical service,

answers: NDQ_001801

answers: 1997

answers: NDQ_001802

answers: service quality, which is often poor,

answers: NDQ_001803

answers: public wells.

answers: NDQ_001804

answers: public wells.

answers: NDQ_001805

answers: 7%

text: In general, water service quality is low in Ecuador. Water supply services are interrupted in 50% of the urban areas. Water pressure is well below standard, particularly in poor outlying areas. In 30% of the urban areas, there is no treatment of drinking water. 92% of wastewater is discharged without any kind of treatment.

text: In general,

text: water service quality

text: is low in Ecuador. Water supply services are interrupted in 50% of the urban areas. Water pressure is well below standard, particularly in poor outlying areas. In 30% of the urban areas, there is no treatment of drinking water. 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001768

answers: 92% of wastewater

answers: NDQ_001769

answers: Drinking water

answers: NDQ_001770

answers: water pressure to be below standard

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: no treatment of drinking water

answers: NDQ_001775

answers: What is the most common use of water in Ecuador?

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: outlying areas

answers: NDQ_001778

answers: wastewater is discharged without any kind of treatment

answers: NDQ_001781

answers: discharged without treatment

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of treatment?

answers: NDQ_001788

answers: 92% of wastewater is discharged without any kind of treatment

answers: NDQ_001789

answers: Which of the following is not a type of water used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of the Earths surface is water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or wastewater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of treatment: no treatment of drinking water, no treatment of drinking water, or no treatment of drinking water?

answers: NDQ_001797

answers: Which of the following is not a climate type: tropical, tropical, or tropical?

answers: NDQ_001798

answers: no treatment of drinking water

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: in Ecuador

answers: NDQ_001802

answers: water service quality is low

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: wastewater

answers: NDQ_001805

answers: untreated wastewater

answers: NDQ_001768

answers: drinking water.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: Water pressure

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: drinking water.

answers: NDQ_001773

answers: 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001774

answers: no treatment

answers: NDQ_001775

answers: drinking water.

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: poor outlying areas.

answers: NDQ_001778

answers: 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001781

answers: 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001782

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001785

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001787

answers: 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001788

answers: 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001789

answers: Water pressure is well below standard,

answers: NDQ_001790

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001791

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001792

answers: Water supply services are interrupted in 50% of the urban areas.

answers: NDQ_001793

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001794

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001795

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001796

answers: Water pressure is well below standard,

answers: NDQ_001797

answers: Water pressure is well below standard, particularly in poor outlying areas.

answers: NDQ_001798

answers: 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001799

answers: In 30% of the urban areas, there is no treatment of drinking water.

answers: NDQ_001800

answers: 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001801

answers: Ecuador.

answers: NDQ_001802

answers: 92%

answers: NDQ_001803

answers: 92% of wastewater is discharged without any kind of treatment.

answers: NDQ_001804

answers: wastewater is discharged without any kind of treatment.

answers: NDQ_001805

answers: drinking water.

text: In his book The Ultimate Resource 2, Julian Simon claimed that there is a strong correlation between government corruption and lack of sufficient supplies of safe, clean water. Simon wrote, "there is complete agreement among water economists that all it takes to ensure an adequate supply for agriculture as well as for households in rich countries is that there be a rational structure of water law and market pricing. The problem is not too many people but rather defective laws and bureaucratic interventions; freeing up markets in water would eliminate just about all water problems forever... In poor water-short countries the problem with water supply—as with so many other matters—is lack of wealth to create systems to supply water efficiently enough. As these countries become richer, their water problems will become less difficult". This theoretical argument, however, ignores real-world conditions, including strong barriers to open water markets, the difficulty of moving water from one region to another, water rights laws that prevent redistribution based solely on economic value, inability of some populations to pay for water, and grossly imperfect information on water use. Actual experience with peak water constraints in some wealthy, but water-short countries and regions still suggests serious difficulties in reducing water challenges.

text: In his book

text: The Ultimate Resource 2

text: Julian Simon

text: claimed that there is a strong correlation between

text: government corruption

text: and lack of sufficient supplies of safe, clean water. Simon wrote, "there is complete agreement among water economists that all it takes to ensure an adequate supply for agriculture as well as for households in rich countries is that there be a rational structure of

text: water law

text: and market pricing. The problem is not too many people but rather defective laws and bureaucratic interventions; freeing up markets in water would eliminate just about all water problems forever... In poor water-short countries the problem with water supply—as with so many other matters—is lack of wealth to create systems to supply water efficiently enough. As these countries become richer, their water problems will become less difficult". This theoretical argument, however, ignores real-world conditions, including strong barriers to open water markets, the difficulty of moving water from one region to another, water rights laws that prevent redistribution based solely on economic value, inability of some populations to pay for water, and grossly imperfect information on water use. Actual experience with peak water constraints in some wealthy, but water-short countries and regions still suggests serious difficulties in reducing water challenges.

answers: NDQ_001768

answers: grossly imperfect information

answers: NDQ_001769

answers: agriculture as well as for households

answers: NDQ_001770

answers: government corruption

answers: NDQ_001771

answers: What does the book The Ultimate Resource 2 cover?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of water: clean water, water law, or market pricing?

answers: NDQ_001774

answers: inability to pay for water

answers: NDQ_001775

answers: agriculture as well as for households

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: wealth

answers: NDQ_001778

answers: government corruption

answers: NDQ_001781

answers: lack of wealth

answers: NDQ_001782

answers: What does Simon believe all forms of life need to survive?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: grossly imperfect information on water use

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is the main idea of this passage?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: lack of wealth

answers: NDQ_001797

answers: What is the problem with water supply?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: peak water constraints

answers: NDQ_001802

answers: lack of sufficient supplies of safe, clean water

answers: NDQ_001803

answers: water

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: lack of wealth to create systems to supply water efficiently enough.

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: government corruption and lack of sufficient supplies of safe, clean water.

answers: NDQ_001771

answers: agriculture

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: agriculture

answers: NDQ_001774

answers: defective laws and bureaucratic interventions;

answers: NDQ_001775

answers: agriculture

answers: NDQ_001776

answers: lack of sufficient supplies of safe, clean water.

answers: NDQ_001777

answers: wealth

answers: NDQ_001778

answers: defective laws and bureaucratic interventions;

answers: NDQ_001781

answers: defective laws and bureaucratic interventions;

answers: NDQ_001782

answers: safe, clean water.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: defective laws and bureaucratic interventions;

answers: NDQ_001788

answers: efficiently enough.

answers: NDQ_001789

answers: water.

answers: NDQ_001790

answers: too many people

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: water.

answers: NDQ_001793

answers: rich countries

answers: NDQ_001794

answers: water.

answers: NDQ_001795

answers: poor water-short countries

answers: NDQ_001796

answers: lack of wealth to create systems to supply water efficiently enough.

answers: NDQ_001797

answers: rich countries

answers: NDQ_001798

answers: In his book The Ultimate Resource 2,

answers: NDQ_001799

answers: moving water from one region to another,

answers: NDQ_001800

answers: lack of sufficient supplies of safe, clean water.

answers: NDQ_001801

answers: peak water constraints

answers: NDQ_001802

answers: lack of sufficient supplies of safe, clean water.

answers: NDQ_001803

answers: market pricing.

answers: NDQ_001804

answers: water.

answers: NDQ_001805

answers: agriculture

text: Fifty percent of the world’s fresh water consumption is dependent glacial runoff.  Earth's glaciers are expected to melt within the next forty years, greatly decreasing fresh water flow in the hotter times of the year, causing everyone to depend on rainwater, resulting in large shortages and fluctuations in fresh water availability which largely effects agriculture, power supply, and human health and well-being.  Many power sources and a large portion of agriculture rely on glacial runoff in the late summer.  “In many parts of the world, disappearing mountain glaciers and droughts will make fresh, clean water for drinking, bathing, and other necessary human (and livestock) uses scarce" and a valuable commodity.

text: Fifty percent of the world’s fresh water consumption is dependent glacial runoff.  Earth's glaciers are expected to melt within the next forty years, greatly decreasing fresh water flow in the hotter times of the year, causing everyone to depend on rainwater, resulting in large shortages and fluctuations in fresh water availability which largely effects agriculture, power supply, and human health and well-being.  Many power sources and a large portion of agriculture rely on glacial runoff in the late summer.  “In many parts of the world, disappearing

text: mountain glacier

text: s and droughts will make fresh, clean water for drinking, bathing, and other necessary human (and livestock) uses scarce" and a valuable commodity.

answers: NDQ_001768

answers: glacial runoff

answers: NDQ_001769

answers: drinking, bathing, and livestock

answers: NDQ_001770

answers: glaciers to melt

answers: NDQ_001771

answers: bathing

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of fresh water: glacial runoff, power supply, or livestock?

answers: NDQ_001774

answers: glaciers melt

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: lack of clean water

answers: NDQ_001777

answers: precipitation

answers: NDQ_001778

answers: depend on rainwater

answers: NDQ_001781

answers: glacial runoff

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a benefit of irrigation?

answers: NDQ_001788

answers: Which of the following is not a benefit of glacial runoff?

answers: NDQ_001789

answers: Which of the following is not a type of power source: glacial runoff, agriculture, or livestock?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Why are glaciers expected to melt?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a benefit of glacial runoff: agriculture, power supply, or human health?

answers: NDQ_001797

answers: Which of the following is not a reason for glaciers to melt?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: glacial runoff

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: glacial runoff

answers: NDQ_001805

answers: glacial

answers: NDQ_001768

answers: rainwater,

answers: NDQ_001769

answers: drinking,

answers: NDQ_001770

answers: agriculture, power supply, and human health and well-being.

answers: NDQ_001771

answers: bathing,

answers: NDQ_001772

answers: glacial runoff.

answers: NDQ_001773

answers: a large portion of agriculture rely on glacial runoff

answers: NDQ_001774

answers: disappearing mountain glaciers and droughts

answers: NDQ_001775

answers: power sources

answers: NDQ_001776

answers: glacial runoff.

answers: NDQ_001777

answers: rainwater,

answers: NDQ_001778

answers: everyone to depend on rainwater,

answers: NDQ_001781

answers: glacial runoff.

answers: NDQ_001782

answers: everyone to depend on rainwater,

answers: NDQ_001785

answers: disappearing mountain glaciers and droughts will make fresh, clean water

answers: NDQ_001787

answers: glacial runoff.

answers: NDQ_001788

answers: a large portion of agriculture rely on glacial runoff

answers: NDQ_001789

answers: Many power sources

answers: NDQ_001790

answers: Earth's glaciers

answers: NDQ_001791

answers: Fifty

answers: NDQ_001792

answers: glacial runoff.

answers: NDQ_001793

answers: rainwater,

answers: NDQ_001794

answers: glacial runoff.

answers: NDQ_001795

answers: glacial runoff.

answers: NDQ_001796

answers: disappearing mountain glaciers and droughts will make fresh, clean water

answers: NDQ_001797

answers: droughts

answers: NDQ_001798

answers: Earth's glaciers are expected to melt within the next forty years,

answers: NDQ_001799

answers: clean water

answers: NDQ_001800

answers: glacial runoff.

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: fresh, clean water

answers: NDQ_001803

answers: rainwater,

answers: NDQ_001804

answers: glacial runoff in the late summer.

answers: NDQ_001805

answers: glacial runoff.

text: This would soon change. Benjamin Franklin already had noted in his will the high elevation and quality of Wissahickon water, proposing that in some future day the stream be dammed to supply a safe and pure water source for Philadelphia’s water supply, and even allocating funds for this purpose. This did not happen, but the quest for pure water affected the Wissahickon’s subsequent history. Seeking to prevent the stream’s industrial discharges from affecting the purity of the water of the Schuylkill River, the Fairmount Park Commission took title of much of the land along the Wissahickon in 1869-1870, and continued to expand its holdings in subsequent decades. The mills were razed; the last active mill was demolished in 1884. Several decades later the Schuylkill River itself became seriously polluted by sources in the coal fields far upstream beyond Philadelphia’s control, but the waters of the Wissahickon had been restored and the beauty of the Wissahickon Valley had been preserved. Most of America became more industrialized, but the Wissahickon valley quietly returned to its original wilderness character.

text: This would soon change.

text: Benjamin Franklin

text: already had noted in his will the high elevation and quality of Wissahickon water, proposing that in some future day the stream be dammed to supply a safe and pure water source for Philadelphia’s water supply, and even allocating funds for this purpose. This did not happen, but the quest for pure water affected the Wissahickon’s subsequent history. Seeking to prevent the stream’s industrial discharges from affecting the purity of the water of the Schuylkill River, the

text: Fairmount Park

text: Commission took title of much of the land along the Wissahickon in 1869-1870, and continued to expand its holdings in subsequent decades. The mills were razed; the last active mill was demolished in 1884. Several decades later the Schuylkill River itself became seriously polluted by sources in the coal fields far upstream beyond Philadelphia’s control, but the waters of the Wissahickon had been restored and the beauty of the Wissahickon Valley had been preserved. Most of America became more industrialized, but the Wissahickon valley quietly returned to its original wilderness character.

answers: NDQ_001768

answers: industrial discharges

answers: NDQ_001769

answers: Philadelphia’s water supply

answers: NDQ_001770

answers: Pollution of the Schuylkill River

answers: NDQ_001771

answers: What was the purpose of Benjamin Franklin's will?

answers: NDQ_001772

answers: America

answers: NDQ_001773

answers: What caused the Schuylkill River to become seriously polluted?

answers: NDQ_001774

answers: industrial discharges

answers: NDQ_001775

answers: What was Benjamin Franklin proposing?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: land ownership

answers: NDQ_001778

answers: industrial discharges

answers: NDQ_001781

answers: polluted

answers: NDQ_001782

answers: What is the purpose of Benjamin Franklin's will?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What was the purpose of Benjamin Franklin's will?

answers: NDQ_001788

answers: Why did Benjamin Franklin propose that in some future day the stream be dammed

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or streams?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What did Benjamin Franklin already have noted in his will the high elevation and quality of Wissahickon

answers: NDQ_001797

answers: Which happened first, the Fairmount Park Commission took title of much of the land along the Wissahickon in 1869-1870, and continued to expand its holdings in subsequent decades?

answers: NDQ_001798

answers: Why?

answers: NDQ_001799

answers: Why was Benjamin Franklin proposing that in some future day the stream be dammed

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: in 1869-1870

answers: NDQ_001802

answers: seriously polluted

answers: NDQ_001803

answers: dammed

answers: NDQ_001804

answers: the Schuylkill River

answers: NDQ_001805

answers: industrial discharges

answers: NDQ_001768

answers: Most of America became more industrialized,

answers: NDQ_001769

answers: Philadelphia’s water supply,

answers: NDQ_001770

answers: purity of the water of the Schuylkill River,

answers: NDQ_001771

answers: the beauty of the Wissahickon

answers: NDQ_001772

answers: America became more industrialized,

answers: NDQ_001773

answers: industrial discharges

answers: NDQ_001774

answers: industrial discharges

answers: NDQ_001775

answers: discharges

answers: NDQ_001776

answers: polluted

answers: NDQ_001777

answers: industrialized,

answers: NDQ_001778

answers: industrialized,

answers: NDQ_001781

answers: industrial discharges

answers: NDQ_001782

answers: Most of America became more industrialized,

answers: NDQ_001785

answers: the quest for pure water

answers: NDQ_001787

answers: industrial discharges

answers: NDQ_001788

answers: industrial discharges

answers: NDQ_001789

answers: Most of America became more industrialized,

answers: NDQ_001790

answers: Most of America became more industrialized,

answers: NDQ_001791

answers: Most of America became more industrialized,

answers: NDQ_001792

answers: pure water source for Philadelphia’s water supply,

answers: NDQ_001793

answers: Most of America became more industrialized,

answers: NDQ_001794

answers: Most of America became more industrialized,

answers: NDQ_001795

answers: Most of America became more industrialized,

answers: NDQ_001796

answers: Wissahickon valley quietly returned to its original wilderness character.

answers: NDQ_001797

answers: Most of America became more industrialized,

answers: NDQ_001798

answers: Wissahickon valley quietly returned to its original wilderness character.

answers: NDQ_001799

answers: pure water

answers: NDQ_001800

answers: Most of America became more industrialized,

answers: NDQ_001801

answers: 1869-1870,

answers: NDQ_001802

answers: seriously

answers: NDQ_001803

answers: the stream be dammed

answers: NDQ_001804

answers: Wissahickon

answers: NDQ_001805

answers: industrial discharges

text: Lavasa will use the same water resources that currently supply Pune, and it is claimed that this will cause a supply shortage. A 2011 report by the Expert Appraisal Committee of the Union Environment Ministry concluded there will be no impact on Pune's water supply, however.

text: Lavasa will use the same water resources that currently supply

text: Pune

text: , and it is claimed that this will cause a supply shortage. A 2011 report by the Expert Appraisal Committee of the Union Environment Ministry concluded there will be no impact on Pune's water supply, however.

answers: NDQ_001768

answers: water resources

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: supply shortage

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Lavasa

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: is not used

answers: NDQ_001775

answers: to wash clothes

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: use the same water resources

answers: NDQ_001781

answers: supply shortage

answers: NDQ_001782

answers: What will happen to Pune's water supply?

answers: NDQ_001785

answers: (A).

answers: NDQ_001787

answers: unanswerable

answers: NDQ_001788

answers: no

answers: NDQ_001789

answers: no

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: unanswerable

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: What will happen to Pune's water supply?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: Lavasa will use the same water resources

answers: NDQ_001769

answers: Lavasa will use the same water resources that currently supply Pune,

answers: NDQ_001770

answers: a supply shortage.

answers: NDQ_001771

answers: Lavasa

answers: NDQ_001772

answers: Lavasa

answers: NDQ_001773

answers: Lavasa

answers: NDQ_001774

answers: Lavasa will use the same water resources

answers: NDQ_001775

answers: Lavasa

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: resources

answers: NDQ_001778

answers: Lavasa will use the same water resources

answers: NDQ_001781

answers: supply shortage.

answers: NDQ_001782

answers: Lavasa

answers: NDQ_001785

answers: however.

answers: NDQ_001787

answers: Expert Appraisal Committee of the Union Environment Ministry

answers: NDQ_001788

answers: Lavasa

answers: NDQ_001789

answers: Lavasa will use the same water resources

answers: NDQ_001790

answers: Expert Appraisal Committee of the Union Environment Ministry

answers: NDQ_001791

answers: Lavasa

answers: NDQ_001792

answers: there will be no impact on Pune's water supply,

answers: NDQ_001793

answers: Union Environment Ministry concluded there will be no impact on Pune's water supply,

answers: NDQ_001794

answers: Expert Appraisal Committee of the Union Environment Ministry

answers: NDQ_001795

answers: 2011 report by the Expert Appraisal Committee of the Union Environment Ministry

answers: NDQ_001796

answers: this will cause a supply shortage.

answers: NDQ_001797

answers: Union Environment Ministry concluded there will be no impact on Pune's water supply,

answers: NDQ_001798

answers: 2011 report by the Expert Appraisal Committee of the Union Environment Ministry

answers: NDQ_001799

answers: Expert Appraisal Committee of the Union Environment Ministry

answers: NDQ_001800

answers: shortage.

answers: NDQ_001801

answers: 2011

answers: NDQ_001802

answers: Union Environment Ministry

answers: NDQ_001803

answers: Lavasa

answers: NDQ_001804

answers: Lavasa

answers: NDQ_001805

answers: Lavasa

text: Raw water can be used for many purposes, such as cooling water, water for rinsing and chemical production, purified water, and drinking water. However, due to the possible contaminants, raw water must be treated before it is allowed for human consumption or industrial use. There are several steps involved in the treatment of raw water, and different methods in which it can take place.

text: Raw water can be used for many purposes, such as

text: cooling water

text: , water for

text: rinsing

text: and

text: chemical

text: production,

text: purified water

text: , and

text: drinking water

text: . However, due to the possible

text: contaminant

text: s, raw water must be treated before it is allowed for human consumption or industrial use. There are several steps involved in the treatment of raw water, and different methods in which it can take place.

answers: NDQ_001768

answers: raw water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Contaminants

answers: NDQ_001771

answers: water for rinsing and chemical production

answers: NDQ_001772

answers: industrial use

answers: NDQ_001773

answers: can be produced from raw water

answers: NDQ_001774

answers: must be treated

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: raw water

answers: NDQ_001777

answers: raw water

answers: NDQ_001778

answers: industrial use

answers: NDQ_001781

answers: raw water must be treated

answers: NDQ_001782

answers: What must be treated before it is allowed for human consumption or industrial use?

answers: NDQ_001785

answers: Which of the following is true of raw water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Raw water can be used for many purposes, such as cooling water

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What can be used for cooling water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Raw water must be treated before it is allowed for human consumption

answers: NDQ_001797

answers: Which of the following is not a purpose of raw water?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: Raw water

answers: NDQ_001801

answers: can be used for cooling water

answers: NDQ_001802

answers: due to the possible contaminants

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used

answers: NDQ_001805

answers: industrial use

answers: NDQ_001768

answers: Raw water

answers: NDQ_001769

answers: cooling water, water for rinsing and chemical production,

answers: NDQ_001770

answers: contaminants,

answers: NDQ_001771

answers: cooling water,

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: chemical production,

answers: NDQ_001774

answers: raw water must be treated

answers: NDQ_001775

answers: chemical production,

answers: NDQ_001776

answers: Raw water

answers: NDQ_001777

answers: Raw water

answers: NDQ_001778

answers: human consumption

answers: NDQ_001781

answers: contaminants,

answers: NDQ_001782

answers: raw water must be treated before it is allowed for human consumption or industrial use.

answers: NDQ_001785

answers: Raw water

answers: NDQ_001787

answers: raw water must be treated before it is allowed for human consumption or industrial use.

answers: NDQ_001788

answers: Raw water

answers: NDQ_001789

answers: raw water must be treated before it is allowed for human consumption or industrial use.

answers: NDQ_001790

answers: Raw water

answers: NDQ_001791

answers: Raw water

answers: NDQ_001792

answers: Raw water

answers: NDQ_001793

answers: raw water must be treated before it is allowed for human consumption or industrial use.

answers: NDQ_001794

answers: Raw water

answers: NDQ_001795

answers: raw water must be treated before it is allowed for human consumption or industrial use.

answers: NDQ_001796

answers: raw water must be treated before it is allowed for human consumption or industrial use.

answers: NDQ_001797

answers: raw water must be treated before it is allowed for human consumption

answers: NDQ_001798

answers: raw water must be treated before it is allowed for human consumption or industrial use.

answers: NDQ_001799

answers: raw water must be treated before it is allowed for human consumption

answers: NDQ_001800

answers: Raw water

answers: NDQ_001801

answers: Raw water

answers: NDQ_001802

answers: contaminants,

answers: NDQ_001803

answers: Raw water

answers: NDQ_001804

answers: Raw water

answers: NDQ_001805

answers: cooling water, water for rinsing and chemical production,

text: Water usage by hydraulic fracturing can be a problem in areas that experience water shortage. Surface water may be contaminated through spillage and improperly built and maintained waste pits, in jurisdictions where these are permitted. Further, ground water can be contaminated if fluid is able to escape during fracking. Produced water, the water that returns to the surface after fracking, is managed by underground injection, municipal and commercial wastewater treatment, and reuse in future wells. There is potential for methane to leak into ground water and the air, though escape of methane is a bigger problem in older wells than in those built under more recent legislation.

text: Water usage by hydraulic fracturing can be a problem in areas that experience water shortage.

text: Surface water

text: may be contaminated through spillage and improperly built and maintained waste pits, in jurisdictions where these are permitted. Further,

text: ground water

text: can be contaminated if fluid is able to escape during fracking. Produced water, the water that returns to the surface after fracking, is managed by

text: underground injection

text: municipal

text: and

text: commercial

text: wastewater treatment

text: , and reuse in future wells. There is potential for methane to leak into ground water and the air, though escape of methane is a bigger problem in older wells than in those built under more recent legislation.

answers: NDQ_001768

answers: Hydraulic fracturing

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: ground water to be contaminated

answers: NDQ_001771

answers: fracking

answers: NDQ_001772

answers: fracking

answers: NDQ_001773

answers: can be a problem in areas that experience water shortage

answers: NDQ_001774

answers: spillage

answers: NDQ_001775

answers: fracking

answers: NDQ_001776

answers: fracking

answers: NDQ_001777

answers: fracking

answers: NDQ_001778

answers: hydraulic fracturing

answers: NDQ_001781

answers: contaminated

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a potential problem in older wells than in those built with more recent legislation?

answers: NDQ_001788

answers: improperly built and maintained waste pits

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What can be a problem in areas that experience water shortage?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Drier climates?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: no

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: a problem in areas that experience water shortage

answers: NDQ_001802

answers: Surface water may be contaminated through spillage and improperly built and maintained waste pits

answers: NDQ_001803

answers: underground injection

answers: NDQ_001804

answers: underground injection

answers: NDQ_001805

answers: fracking

answers: NDQ_001768

answers: hydraulic fracturing

answers: NDQ_001769

answers: wastewater treatment,

answers: NDQ_001770

answers: contaminated through spillage

answers: NDQ_001771

answers: hydraulic fracturing

answers: NDQ_001772

answers: hydraulic fracturing

answers: NDQ_001773

answers: Water usage by hydraulic fracturing

answers: NDQ_001774

answers: spillage

answers: NDQ_001775

answers: hydraulic fracturing

answers: NDQ_001776

answers: Water usage by hydraulic fracturing

answers: NDQ_001777

answers: Water usage by hydraulic fracturing

answers: NDQ_001778

answers: hydraulic fracturing

answers: NDQ_001781

answers: improperly built and maintained waste pits,

answers: NDQ_001782

answers: Water usage by hydraulic fracturing

answers: NDQ_001785

answers: Water usage by hydraulic fracturing

answers: NDQ_001787

answers: methane

answers: NDQ_001788

answers: improperly built and maintained waste pits,

answers: NDQ_001789

answers: Produced water,

answers: NDQ_001790

answers: Water usage by hydraulic fracturing

answers: NDQ_001791

answers: Water usage by hydraulic fracturing

answers: NDQ_001792

answers: Water usage by hydraulic fracturing

answers: NDQ_001793

answers: Water usage by hydraulic fracturing

answers: NDQ_001794

answers: ground water

answers: NDQ_001795

answers: Water usage by hydraulic fracturing

answers: NDQ_001796

answers: Water usage by hydraulic fracturing

answers: NDQ_001797

answers: Water usage by hydraulic fracturing

answers: NDQ_001798

answers: more recent legislation.

answers: NDQ_001799

answers: Produced water,

answers: NDQ_001800

answers: water shortage.

answers: NDQ_001801

answers: Water usage by hydraulic fracturing

answers: NDQ_001802

answers: Surface water

answers: NDQ_001803

answers: underground injection,

answers: NDQ_001804

answers: underground injection,

answers: NDQ_001805

answers: hydraulic fracturing

text: Irrigation is the method in which a controlled amount of water is supplied to plants at regular intervals for agriculture. It is used to assist in the growing of agricultural crops, maintenance of landscapes, and revegetation of disturbed soils in dry areas and during periods of inadequate rainfall. Additionally, irrigation also has a few other uses in crop production, which include protecting plants against frost, suppressing weed growth in grain fields and preventing soil consolidation. In contrast, agriculture that relies only on direct rainfall is referred to as rain-fed or dry land farming.

text: Irrigation is the method in which a controlled amount of water is supplied to plants at regular intervals for agriculture. It is used to assist in the growing of

text: agricultural crops

text: , maintenance of

text: landscape

text: s, and

text: revegetation

text: of disturbed soils in dry areas and during periods of inadequate rainfall. Additionally, irrigation also has a few other uses in crop production, which include protecting plants against frost, suppressing weed growth in grain fields and preventing

text: soil consolidation

text: . In contrast,

text: agriculture

text: that relies only on direct rainfall is referred to as rain-fed or

text: dry land farming

answers: NDQ_001768

answers: Irrigation

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: frost

answers: NDQ_001771

answers: ponds and lakes

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not used to assist in the growing of agricultural crops, maintenance of landscapes, or revegetation of disturbed soils?

answers: NDQ_001774

answers: is not used for agriculture

answers: NDQ_001775

answers: to assist in the growing of agricultural crops

answers: NDQ_001776

answers: Irrigation

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: disturbed soils

answers: NDQ_001781

answers: does not have a purpose

answers: NDQ_001782

answers: Which of the following is not a form of life: crops, landscapes, or rainfall?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It is used to assist in the growing of agricultural crops

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Irrigation is used to assist in the growing of agricultural crops

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Irrigation

answers: NDQ_001797

answers: Irrigation is used to assist in the growing of agricultural crops

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Irrigation

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: yes

answers: NDQ_001804

answers: Irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Irrigation

answers: NDQ_001769

answers: agriculture.

answers: NDQ_001770

answers: preventing soil consolidation.

answers: NDQ_001771

answers: Irrigation

answers: NDQ_001772

answers: Irrigation

answers: NDQ_001773

answers: Irrigation

answers: NDQ_001774

answers: inadequate rainfall.

answers: NDQ_001775

answers: maintenance of landscapes,

answers: NDQ_001776

answers: Irrigation

answers: NDQ_001777

answers: rainfall.

answers: NDQ_001778

answers: disturbed soils

answers: NDQ_001781

answers: inadequate rainfall.

answers: NDQ_001782

answers: Irrigation

answers: NDQ_001785

answers: Irrigation

answers: NDQ_001787

answers: revegetation of disturbed soils

answers: NDQ_001788

answers: Irrigation

answers: NDQ_001789

answers: Irrigation

answers: NDQ_001790

answers: Irrigation

answers: NDQ_001791

answers: Irrigation

answers: NDQ_001792

answers: Irrigation

answers: NDQ_001793

answers: Irrigation

answers: NDQ_001794

answers: Irrigation

answers: NDQ_001795

answers: Irrigation

answers: NDQ_001796

answers: Irrigation

answers: NDQ_001797

answers: dry areas

answers: NDQ_001798

answers: Irrigation

answers: NDQ_001799

answers: Irrigation

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: periods of inadequate rainfall.

answers: NDQ_001802

answers: disturbed soils

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: Irrigation

answers: NDQ_001805

answers: agriculture. It is used to assist in the growing of agricultural crops,

text: In 2011, the United Nations' Joint Monitoring Programme for Water Supply and Sanitation estimated that only 55% of the Yemeni population had access to improved water source – including 40% from house connections and 15% from other improved water sources such as standpipes. Only 53% had access to improved sanitation. Access to improved water supply, using a broad definition of access, is estimated to be much higher in urban areas than in rural areas (72% vs. 47%). The urban-rural gap is much higher for improved sanitation (93% vs. 33%). Due to rapid population growth, access to water supply actually declined in relative terms from 66% in 1990 to 55% in 2011 despite a substantial increase in absolute access. However, access to improved sanitation increased from 24% to 53% during the same period, according to the estimates.

text: In 2011, the United Nations'

entity_name: Joint Monitoring Programme for Water Supply and Sanitation

text: Joint Monitoring Programme for Water Supply and Sanitation

text: estimated that only 55% of the Yemeni population had access to

text: improved water source

text: – including 40% from house connections and 15% from other improved water sources such as standpipes. Only 53% had access to

text: improved sanitation

text: . Access to improved water supply, using a broad definition of access, is estimated to be much higher in urban areas than in rural areas (72% vs. 47%). The urban-rural gap is much higher for improved sanitation (93% vs. 33%). Due to rapid population growth, access to water supply actually declined in relative terms from 66% in 1990 to 55% in 2011 despite a substantial increase in absolute access. However, access to improved sanitation increased from 24% to 53% during the same period, according to the estimates.

answers: NDQ_001768

answers: 40% from house connections

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: sanitation

answers: NDQ_001771

answers: standpipes

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: In 2011, the United Nations' Joint Monitoring Programme for Water Supply and Sanitation estimated that only 55% of the Yemeni population had access to improved water source

answers: NDQ_001774

answers: 40% from house connections

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: urban areas

answers: NDQ_001778

answers: rapid population growth

answers: NDQ_001781

answers: urban areas

answers: NDQ_001782

answers: What does the UN's Joint Monitoring Programme for Water Supply and Sanitation estimate?

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: 40% from house connections

answers: NDQ_001788

answers: 40% from house connections

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: NDQ_001792

answers: 40% from house connections and 15% from other improved water sources

answers: NDQ_001793

answers: urban areas

answers: NDQ_001794

answers: 40%

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Only 53% had access to improved sanitation

answers: NDQ_001797

answers: how many percent of the Yemeni population had access to improved water source

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: standpipes

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: despite a substantial increase in absolute access

answers: NDQ_001802

answers: The urban-rural gap is much higher for improved sanitation (93% vs. 33%)

answers: NDQ_001803

answers: standpipes

answers: NDQ_001804

answers: standpipes

answers: NDQ_001805

answers: sanitation

answers: NDQ_001768

answers: house connections and 15% from other improved water sources such as standpipes.

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: standpipes.

answers: NDQ_001771

answers: standpipes.

answers: NDQ_001772

answers: urban areas than in rural areas

answers: NDQ_001773

answers: Water Supply and Sanitation

answers: NDQ_001774

answers: house connections and 15% from other improved water sources such as standpipes.

answers: NDQ_001775

answers: sanitation.

answers: NDQ_001776

answers: sanitation.

answers: NDQ_001777

answers: rapid population growth,

answers: NDQ_001778

answers: population growth,

answers: NDQ_001781

answers: standpipes.

answers: NDQ_001782

answers: 55%

answers: NDQ_001785

answers: 55% of the Yemeni population had access to improved water source

answers: NDQ_001787

answers: standpipes.

answers: NDQ_001788

answers: standpipes.

answers: NDQ_001789

answers: 40% from house connections

answers: NDQ_001790

answers: 55% of the Yemeni population had access to improved water source

answers: NDQ_001791

answers: 55%

answers: NDQ_001792

answers: 55% of the Yemeni population had access to improved water source

answers: NDQ_001793

answers: 55% of the Yemeni population had access to improved water source

answers: NDQ_001794

answers: 55% of the Yemeni population had access to improved water source

answers: NDQ_001795

answers: 55% of the Yemeni population had access to improved water source

answers: NDQ_001796

answers: 55% of the Yemeni population had access to improved water source

answers: NDQ_001797

answers: rural areas

answers: NDQ_001798

answers: 66% in 1990 to 55% in 2011

answers: NDQ_001799

answers: standpipes.

answers: NDQ_001800

answers: Water Supply and Sanitation

answers: NDQ_001801

answers: 2011,

answers: NDQ_001802

answers: only 55% of the Yemeni population had access to improved water source

answers: NDQ_001803

answers: standpipes.

answers: NDQ_001804

answers: standpipes.

answers: NDQ_001805

answers: The urban-rural gap is much higher for improved sanitation

text: Despite its growing importance, the issue of water quality has long been nearly absent from water coverage assessments, since few countries could afford regular water quality surveillance. Instead, it is assumed that certain types of water sources categorized as ‘improved’ are likely to deliver drinking water of adequate quality for basic health needs. This assumption appears over-optimistic, and improved technologies are shown not to be providing in all circumstances safe water. Similarly, health-related gains in water interventions are also dependent on service reliability; and it has been seen for example that annual health benefits attributed to the consumption of safe water are almost entirely lost if raw water is consumed over the course of few days. This draws attention to the issue of reliability and seasonality of drinking water sources.

text: Despite its growing importance, the issue of water quality has long been nearly absent from water coverage assessments, since few countries could afford regular water quality surveillance. Instead, it is assumed that certain types of water sources categorized as ‘improved’ are likely to deliver drinking water of adequate quality for basic health needs. This assumption appears over-optimistic, and improved technologies are shown not to be providing in all circumstances safe water. Similarly, health-related gains in water interventions are also dependent on service reliability; and it has been seen for example that annual health benefits attributed to the consumption of safe water are almost entirely lost if raw water is consumed over the course of few days. This draws attention to the issue of reliability and seasonality of drinking water sources.

answers: NDQ_001768

answers: raw water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: seasonality of drinking water

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a type of water source categorized as 'improved'?

answers: NDQ_001774

answers: consumed over the course of few days

answers: NDQ_001775

answers: drinking water of adequate quality

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: consumption of safe water

answers: NDQ_001781

answers: seasonality of drinking water sources

answers: NDQ_001782

answers: What is the issue of water quality?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: issue of reliability and seasonality of drinking water sources

answers: NDQ_001788

answers: issue of reliability and seasonality of drinking water sources

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: issue of reliability and seasonality of drinking water sources

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: issue of reliability and seasonality of drinking water sources

answers: NDQ_001797

answers: What is the issue with drinking water sources?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: This assumption appears over-optimistic

answers: NDQ_001802

answers: improved technologies are shown not to be providing in all circumstances safe water

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: certain types of water sources categorized as ‘improved’

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: annual health benefits

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: drinking water of adequate quality for basic health needs.

answers: NDQ_001773

answers: water quality

answers: NDQ_001774

answers: raw water is consumed over the course of few days.

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: reliability and seasonality of drinking water sources.

answers: NDQ_001778

answers: raw water is consumed over the course of few days.

answers: NDQ_001781

answers: raw water is consumed over the course of few days.

answers: NDQ_001782

answers: ‘improved’ are likely to deliver drinking water

answers: NDQ_001785

answers: few countries could afford regular water quality surveillance.

answers: NDQ_001787

answers: improved technologies are shown not to be providing in all circumstances safe water.

answers: NDQ_001788

answers: raw water is consumed over the course of few days.

answers: NDQ_001789

answers: ‘improved’ are likely to deliver drinking water

answers: NDQ_001790

answers: the issue of water quality has long been nearly absent from water coverage assessments,

answers: NDQ_001791

answers: Despite its growing importance,

answers: NDQ_001792

answers: reliability and seasonality of drinking water

answers: NDQ_001793

answers: ‘improved’

answers: NDQ_001794

answers: ‘improved’ are likely to deliver drinking water

answers: NDQ_001795

answers: ‘improved’ are likely to deliver drinking water of adequate quality

answers: NDQ_001796

answers: few countries could afford regular water quality surveillance.

answers: NDQ_001797

answers: seasonality

answers: NDQ_001798

answers: few countries could afford regular water quality surveillance.

answers: NDQ_001799

answers: raw water

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: seasonality

answers: NDQ_001802

answers: improved technologies are shown not to be providing in all circumstances safe water.

answers: NDQ_001803

answers: raw water

answers: NDQ_001804

answers: ‘improved’ are likely to deliver drinking water

answers: NDQ_001805

answers: health needs.

text: Because there are no perennial rivers and rainfall is unreliable, water is a highly precious commodity in Somaliland. Water supply systems throughout the country are, therefore, dependent on underground sources. Cognizant of the recurring droughts and inadequate water supply systems of cities and towns, the Silanyo Administration introduced a water development policy. The central policy of the Administration’s water development program is, inter alia, drilling bore holes and damming dry - river beds that drain water into the sea during the two rainy seasons.

text: Because there are no perennial rivers and rainfall is unreliable, water is a highly precious commodity in Somaliland. Water supply systems throughout the country are, therefore, dependent on underground sources. Cognizant of the recurring droughts and inadequate water supply systems of cities and towns, the Silanyo Administration introduced a water development policy. The central policy of the Administration’s water development program is, inter alia, drilling bore holes and damming dry - river beds that drain water into the sea during the two rainy seasons.

answers: NDQ_001768

answers: underground sources

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: drilling bore holes

answers: NDQ_001772

answers: cities and towns

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: damming dry - river beds

answers: NDQ_001775

answers: drilling bore holes

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: underground sources

answers: NDQ_001778

answers: drilling bore holes

answers: NDQ_001781

answers: unreliable

answers: NDQ_001782

answers: Why is water a highly precious commodity in Somaliland?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Why is water a highly precious commodity in Somaliland?

answers: NDQ_001788

answers: Why is water a highly precious commodity in Somaliland?

answers: NDQ_001789

answers: Why is water a highly precious commodity in Somaliland?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Why are there no perennial rivers and rainfall is unreliable?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why is water a highly precious commodity in Somaliland?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: drilling bore holes

answers: NDQ_001804

answers: bore holes

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: underground sources.

answers: NDQ_001769

answers: cities and towns,

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: drilling bore holes and damming dry - river beds

answers: NDQ_001772

answers: Somaliland.

answers: NDQ_001773

answers: water is a highly precious commodity in Somaliland.

answers: NDQ_001774

answers: drain water into the sea

answers: NDQ_001775

answers: water is a highly precious commodity

answers: NDQ_001776

answers: droughts and inadequate water supply systems

answers: NDQ_001777

answers: underground sources.

answers: NDQ_001778

answers: drilling bore holes and damming dry - river beds

answers: NDQ_001781

answers: drain water into the sea

answers: NDQ_001782

answers: water is a highly precious commodity

answers: NDQ_001785

answers: water is a highly precious commodity

answers: NDQ_001787

answers: drilling bore holes and damming dry - river beds

answers: NDQ_001788

answers: drain water into the sea during the two rainy seasons.

answers: NDQ_001789

answers: drilling bore holes and damming dry - river beds

answers: NDQ_001790

answers: Somaliland.

answers: NDQ_001791

answers: water is a highly precious commodity in Somaliland.

answers: NDQ_001792

answers: Water supply systems throughout the country are, therefore, dependent on underground sources.

answers: NDQ_001793

answers: water is a highly precious commodity in Somaliland.

answers: NDQ_001794

answers: underground sources.

answers: NDQ_001795

answers: water is a highly precious commodity in Somaliland.

answers: NDQ_001796

answers: drilling bore holes and damming dry - river beds

answers: NDQ_001797

answers: droughts

answers: NDQ_001798

answers: the Silanyo Administration introduced a water development policy.

answers: NDQ_001799

answers: drain water into the sea during the two rainy seasons.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: highly precious commodity in Somaliland.

answers: NDQ_001803

answers: drilling bore holes and damming dry - river beds

answers: NDQ_001804

answers: bore holes

answers: NDQ_001805

answers: drain water into the sea

text: In the 1980s, the Urban Council announced a policy of building more "fun pools" with special free-form designs and water toys. A councilor explained, "It is felt that these fun pools will provide more fun, excitement and enjoyment for the public who no longer regard swimming as a mere form of exercise." In 1985, four such pools were planned for Kowloon and a fifth for Hong Kong Island.

text: In the 1980s, the Urban Council announced a policy of building more "fun pools" with special free-form designs and water toys. A councilor explained, "It is felt that these fun pools will provide more fun, excitement and enjoyment for the public who no longer regard swimming as a mere form of exercise." In 1985, four such pools were planned for Kowloon and a fifth for Hong Kong Island.

answers: NDQ_001768

answers: fun pools

answers: NDQ_001769

answers: fun pools

answers: NDQ_001770

answers: fun pools to be built

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: the public

answers: NDQ_001773

answers: Which of the following is not a type of pool: Kowloon or Hong Kong Island?

answers: NDQ_001774

answers: does not have a purpose

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: building more fun pools

answers: NDQ_001778

answers: building more "fun pools"

answers: NDQ_001781

answers: unsuitable for swimming

answers: NDQ_001782

answers: What is the purpose of the fun pools?

answers: NDQ_001785

answers: water toys

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: How would you describe Kowloon?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Drier climates generally have less water for people to use.

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: in the 1980s

answers: NDQ_001802

answers: Kowloon

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: swimming

answers: NDQ_001768

answers: "fun pools"

answers: NDQ_001769

answers: "fun pools"

answers: NDQ_001770

answers: "fun pools"

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: "fun pools"

answers: NDQ_001773

answers: "fun pools"

answers: NDQ_001774

answers: no longer regard swimming as a mere form of exercise."

answers: NDQ_001775

answers: water toys.

answers: NDQ_001776

answers: "fun pools"

answers: NDQ_001777

answers: building more "fun pools"

answers: NDQ_001778

answers: building more "fun pools"

answers: NDQ_001781

answers: "fun pools"

answers: NDQ_001782

answers: "fun pools"

answers: NDQ_001785

answers: water toys.

answers: NDQ_001787

answers: "fun pools"

answers: NDQ_001788

answers: "fun pools"

answers: NDQ_001789

answers: "fun pools"

answers: NDQ_001790

answers: "fun pools"

answers: NDQ_001791

answers: "fun pools" with special free-form designs and water toys.

answers: NDQ_001792

answers: "fun pools"

answers: NDQ_001793

answers: "fun pools"

answers: NDQ_001794

answers: "fun pools"

answers: NDQ_001795

answers: "fun pools"

answers: NDQ_001796

answers: "fun pools"

answers: NDQ_001797

answers: "fun pools"

answers: NDQ_001798

answers: "fun pools" with special free-form designs and water toys.

answers: NDQ_001799

answers: swimming as a mere form of exercise."

answers: NDQ_001800

answers: "fun pools"

answers: NDQ_001801

answers: the 1980s,

answers: NDQ_001802

answers: water toys.

answers: NDQ_001803

answers: "fun pools"

answers: NDQ_001804

answers: "fun pools"

answers: NDQ_001805

answers: swimming

text: Water supply and sanitation in Japan is characterized by numerous achievements and some challenges. The country has achieved universal access to water supply and sanitation; has one of the lowest levels of water distribution losses in the world; regularly exceeds its own strict standards for the quality of drinking water and treated waste water; uses an effective national system of performance benchmarking for water and sanitation utilities; makes extensive use of both advanced and appropriate technologies such as the jōkasō on-site sanitation system; and has pioneered the payment for ecosystem services before the term was even coined internationally. Some of the challenges are a decreasing population, declining investment, fiscal constraints, ageing facilities, an ageing workforce, a fragmentation of service provision among thousands of municipal utilities, and the vulnerability of parts of the country to droughts that are expected to become more frequent due to climate change.

text: Water supply and sanitation in Japan is characterized by numerous achievements and some challenges. The country has achieved universal access to water supply and sanitation; has one of the lowest levels of water distribution losses in the world; regularly exceeds its own strict standards for the quality of drinking water and treated waste water; uses an effective national system of performance

text: benchmarking

text: for water and sanitation utilities; makes extensive use of both advanced and appropriate technologies such as the jōkasō on-site sanitation system; and has pioneered the

text: payment for ecosystem services

text: before the term was even coined internationally. Some of the challenges are a decreasing population, declining investment, fiscal constraints, ageing facilities, an ageing workforce, a fragmentation of service provision among thousands of municipal utilities, and the vulnerability of parts of the country to droughts that are expected to become more frequent due to climate change.

answers: NDQ_001768

answers: low levels of water distribution losses

answers: NDQ_001769

answers: municipal utilities

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: What is one of the challenges in Japan?

answers: NDQ_001772

answers: Japan

answers: NDQ_001773

answers: Which of the following is not a challenge to Japan: declining population, declining investment, fiscal constraints, ageing facilities, an ageing workforce, or droughts?

answers: NDQ_001774

answers: treated waste water

answers: NDQ_001775

answers: a decreasing population, declining investment, fiscal constraints

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: ageing facilities

answers: NDQ_001781

answers: untreated

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is one of the lowest levels of water distribution losses in the world?

answers: NDQ_001788

answers: water distribution losses in the world

answers: NDQ_001789

answers: What can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is one of the lowest levels of water distribution losses in the world

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a challenge: declining investment, fiscal constraints, ageing facilities, an ageing workforce, or droughts?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: droughts

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: one of the lowest levels of water distribution losses

answers: NDQ_001803

answers: water distribution losses

answers: NDQ_001804

answers: treated waste water

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: payment for ecosystem services

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: Japan

answers: NDQ_001773

answers: payment for ecosystem services

answers: NDQ_001774

answers: waste water;

answers: NDQ_001775

answers: drinking water and treated waste water;

answers: NDQ_001776

answers: sanitation;

answers: NDQ_001777

answers: decreasing population,

answers: NDQ_001778

answers: climate change.

answers: NDQ_001781

answers: water distribution losses

answers: NDQ_001782

answers: universal access to water supply and sanitation;

answers: NDQ_001785

answers: water distribution losses in the world;

answers: NDQ_001787

answers: treated waste water;

answers: NDQ_001788

answers: water distribution losses

answers: NDQ_001789

answers: treated waste water;

answers: NDQ_001790

answers: one of the lowest levels of water distribution losses in the world;

answers: NDQ_001791

answers: world;

answers: NDQ_001792

answers: droughts

answers: NDQ_001793

answers: one of the lowest levels of water distribution losses

answers: NDQ_001794

answers: water distribution losses in the world;

answers: NDQ_001795

answers: universal access to water supply and sanitation;

answers: NDQ_001796

answers: droughts

answers: NDQ_001797

answers: droughts

answers: NDQ_001798

answers: one of the lowest levels of water distribution losses in the world;

answers: NDQ_001799

answers: regularly exceeds its own strict standards for the quality of drinking water

answers: NDQ_001800

answers: droughts

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: one of the lowest levels of water distribution losses in the world;

answers: NDQ_001803

answers: j<unk>kas<unk> on-site sanitation system;

answers: NDQ_001804

answers: j<unk>kas<unk>

answers: NDQ_001805

answers: drinking water

text: Historically, Chennai has faced a problem of water supply shortages as no big river flows through it with a resulting over-reliance on annual monsoon rains to replenish water reservoirs. The city's ground water levels have been depleted to very low levels in many areas. Many residents buy their drinking water. An earlier Veeranam project was unsuccessful in solving the city's water supply shortages, but the New Veeranam project which became operational in September 2004 has greatly reduced dependency on distant sources. In recent years however, due to heavy and consistent monsoon rains and the implementation of rainwater harvesting (RWH) techniques by Chennai Metrowater at their Anna Nagar Rain Centre, water shortages have been reduced significantly, and this has led Chennai to be a model of RWH technology for other cities. Moreover, newer projects like the Telugu Ganga canal project that brings water from water-surplus rivers like the Krishna river in Andhra Pradesh have eased water supply shortages. The city is also constructing sea water desalination plants to further ease water supply shortages.

text: Historically, Chennai has faced a problem of water supply shortages as no big river flows through it with a resulting over-reliance on annual

text: monsoon

text: rains to replenish water

text: reservoirs

text: . The city's ground water levels have been depleted to very low levels in many areas. Many residents buy their drinking water. An earlier

text: Veeranam

text: project was unsuccessful in solving the city's water supply shortages, but the New Veeranam project which became operational in September 2004 has greatly reduced dependency on distant sources. In recent years however, due to heavy and consistent monsoon rains and the implementation of

text: rainwater harvesting

text: (RWH) techniques by Chennai Metrowater at their

text: Anna Nagar

text: Rain Centre, water shortages have been reduced significantly, and this has led Chennai to be a model of RWH technology for other cities. Moreover, newer projects like the

text: Telugu Ganga

text: canal project that brings water from water-surplus rivers like the

text: Krishna river

text: in

text: Andhra Pradesh

text: have eased water supply shortages. The city is also constructing sea water

text: desalination

text: plants to further ease water supply shortages.

answers: NDQ_001768

answers: rainwater harvesting

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: water supply shortages

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: swimming, boating, or fishing?

answers: NDQ_001772

answers: residents of Chennai

answers: NDQ_001773

answers: Which of the following is not a source of water: rainwater harvesting or sea water desalination plants?

answers: NDQ_001774

answers: depletes to very low levels in many areas

answers: NDQ_001775

answers: constructing sea water desalination plants

answers: NDQ_001776

answers: water supply shortages

answers: NDQ_001777

answers: monsoon

answers: NDQ_001778

answers: Many residents buy their drinking water

answers: NDQ_001781

answers: does not have a big river flowing through it

answers: NDQ_001782

answers: Which of the following is not a form of life: sea water desalination plants

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: monsoon rains or sea water desalination plants?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason for residents to buy their drinking water?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water supply shortages

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: ground water levels have been depleted to very low levels

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: Telugu Ganga canal

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: rainwater harvesting

answers: NDQ_001769

answers: drinking water.

answers: NDQ_001770

answers: water supply shortages

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: Chennai

answers: NDQ_001773

answers: water supply shortages

answers: NDQ_001774

answers: Many residents buy their drinking water.

answers: NDQ_001775

answers: drinking water.

answers: NDQ_001776

answers: water supply shortages

answers: NDQ_001777

answers: annual monsoon rains

answers: NDQ_001778

answers: Many residents buy their drinking water.

answers: NDQ_001781

answers: no big river flows through it

answers: NDQ_001782

answers: Chennai

answers: NDQ_001785

answers: water supply shortages

answers: NDQ_001787

answers: Many residents buy their drinking water.

answers: NDQ_001788

answers: rainwater harvesting

answers: NDQ_001789

answers: rainwater harvesting

answers: NDQ_001790

answers: Chennai has faced a problem of water supply shortages

answers: NDQ_001791

answers: Chennai has faced a problem of water supply shortages

answers: NDQ_001792

answers: Chennai

answers: NDQ_001793

answers: sea water desalination plants to further ease water supply shortages.

answers: NDQ_001794

answers: ground water

answers: NDQ_001795

answers: Chennai has faced a problem of water supply shortages

answers: NDQ_001796

answers: water supply shortages

answers: NDQ_001797

answers: monsoon rains

answers: NDQ_001798

answers: rainwater harvesting

answers: NDQ_001799

answers: river

answers: NDQ_001800

answers: water supply shortages

answers: NDQ_001801

answers: annual monsoon rains

answers: NDQ_001802

answers: ground water levels have been depleted to very low levels in many areas.

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: Telugu Ganga canal project

answers: NDQ_001805

answers: monsoon rains

text: Cameroon is a poor country, with a 2010 GPD per capita of US$2,300, placing it 183 among countries by wealth. Most of the people are engaged in agriculture.After independence the government faced growing demand for rural water supply.The government required that local communities provide labor to build the water facilities between 1964 and 1988, providing water through public taps. However, local councils found that the cost of supplying water to these taps was eating up a large part of their budget. When they failed to pay their bills the National Water Supply Company of Cameroun (SNEC) simply disconnected the supply.Starting in 1993 the SNEC tried privatizing the taps to reduce waste and recover costs, with an individual running the tap and selling the water. The Bakossi women of Tombel made a dramatic protest against these changes. In April 1994, 4,000 women marched on the SNEC offices, led by some old women who marched naked - their final weapon before death - and urinated on the steps. Herbs were thrown on the steps, which were said to be able to turn into poisonous snakes if anyone crossed the threshold. The SNEC employees had fled and refused to return from fear of the people and of the juju the women had placed. The outcome was partial success. Control of the water supply was given to a committee headed by the woman who had organized the protest. But the supply remained uncertain.

answers: NDQ_001768

answers: rural water supply

answers: NDQ_001769

answers: public taps

answers: NDQ_001770

answers: Herbs to turn into poisonous snakes

answers: NDQ_001771

answers: urinating on the steps

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of chemical: pesticides, herbicides, or water?

answers: NDQ_001774

answers: failed to pay their bills

answers: NDQ_001775

answers: SNEC tried privatizing the taps to reduce waste

answers: NDQ_001776

answers: poor sanitation

answers: NDQ_001777

answers: local communities providing labor

answers: NDQ_001778

answers: failed to pay their bills

answers: NDQ_001781

answers: failed to pay their bills

answers: NDQ_001782

answers: Why did the Bakossi women of Tombel march naked?

answers: NDQ_001785

answers: How many years did it take to build the water facilities?

answers: NDQ_001787

answers: Which happened first, the SNEC tried privatizing the taps or the Bakossi women marched on the SNEC offices?

answers: NDQ_001788

answers: Why did the SNEC try privatizing the taps?

answers: NDQ_001789

answers: Which happened first, the SNEC tried privatizing the taps to reduce waste and recover costs, or the Bakossi women of Tombel made a dramatic protest against these changes?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: What did the Bakossi women of Tombel make a dramatic protest against?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where does most of the fresh water on Earth come from?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many years did it take to build the water facilities between 1964 and 1988?

answers: NDQ_001797

answers: How many years did the SNEC try privatizing the taps?

answers: NDQ_001798

answers: How many years did it take for the SNEC to privatize the taps?

answers: NDQ_001799

answers: What does the passage imply about water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: In April 1994,

answers: NDQ_001802

answers: The outcome was partial success

answers: NDQ_001803

answers: Herbs

answers: NDQ_001804

answers: SNEC

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: public taps.

answers: NDQ_001769

answers: public taps.

answers: NDQ_001770

answers: poisonous snakes

answers: NDQ_001771

answers: urinated

answers: NDQ_001772

answers: Bakossi women

answers: NDQ_001773

answers: agriculture.After

answers: NDQ_001774

answers: When they failed to pay their bills

answers: NDQ_001775

answers: agriculture.After

answers: NDQ_001776

answers: water supply.The

answers: NDQ_001777

answers: demand

answers: NDQ_001778

answers: urinated on the steps.

answers: NDQ_001781

answers: the cost of supplying water to these taps

answers: NDQ_001782

answers: agriculture.After independence the government faced growing demand for rural water supply.The

answers: NDQ_001785

answers: 2010 GPD per capita of US$2,300,

answers: NDQ_001787

answers: Herbs

answers: NDQ_001788

answers: the cost of supplying water to these taps

answers: NDQ_001789

answers: water through public taps.

answers: NDQ_001790

answers: 183

answers: NDQ_001791

answers: 183

answers: NDQ_001792

answers: rural water supply.The

answers: NDQ_001793

answers: 183

answers: NDQ_001794

answers: 183

answers: NDQ_001795

answers: 183

answers: NDQ_001796

answers: 183

answers: NDQ_001797

answers: growing demand for rural water supply.The

answers: NDQ_001798

answers: privatizing the taps to reduce waste and recover costs,

answers: NDQ_001799

answers: public taps.

answers: NDQ_001800

answers: water supply.The

answers: NDQ_001801

answers: 1994,

answers: NDQ_001802

answers: uncertain.

answers: NDQ_001803

answers: public taps.

answers: NDQ_001804

answers: public taps.

answers: NDQ_001805

answers: agriculture.After

text: The SCA's customers then filter the water the SCA supplies and distribute it to households, businesses and other users. More than four and a half million people, about 60 percent of the NSW population, use water supplied by the SCA.

text: The SCA's customers then filter the water the SCA supplies and distribute it to households, businesses and other users. More than four and a half million people, about 60 percent of the NSW population, use water supplied by the SCA.

answers: NDQ_001768

answers: less water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: a lot of damage

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a product of the SCA: agricultural chemicals or water?

answers: NDQ_001774

answers: is not filtered

answers: NDQ_001775

answers: filtration

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: SCA's customers

answers: NDQ_001778

answers: use water supplied by the SCA

answers: NDQ_001781

answers: is not filtered

answers: NDQ_001782

answers: What does the SCA supply?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of water use: households, businesses or other users?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: about 60 percent

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: water supplied by the SCA.

answers: NDQ_001769

answers: households, businesses

answers: NDQ_001770

answers: households, businesses and other users.

answers: NDQ_001771

answers: More than four and a half million people,

answers: NDQ_001772

answers: SCA.

answers: NDQ_001773

answers: The SCA's

answers: NDQ_001774

answers: filter the water the SCA supplies

answers: NDQ_001775

answers: businesses

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: The SCA's customers

answers: NDQ_001778

answers: use water

answers: NDQ_001781

answers: filter the water the SCA supplies

answers: NDQ_001782

answers: The SCA's

answers: NDQ_001785

answers: 60 percent of the NSW population, use water

answers: NDQ_001787

answers: The SCA's customers then filter the water

answers: NDQ_001788

answers: The SCA's

answers: NDQ_001789

answers: The SCA's customers then filter the water

answers: NDQ_001790

answers: More than four and a half million people,

answers: NDQ_001791

answers: four and a half million people, about 60

answers: NDQ_001792

answers: The SCA's

answers: NDQ_001793

answers: The SCA's

answers: NDQ_001794

answers: The SCA's

answers: NDQ_001795

answers: four and a half million

answers: NDQ_001796

answers: The SCA's

answers: NDQ_001797

answers: More than four and a half million

answers: NDQ_001798

answers: 60 percent of the NSW population, use water supplied by the SCA.

answers: NDQ_001799

answers: The SCA's customers then filter the water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The SCA's

answers: NDQ_001802

answers: about 60 percent

answers: NDQ_001803

answers: filter the water

answers: NDQ_001804

answers: The SCA's

answers: NDQ_001805

answers: four and a half million people,

text: The water and sanitation project is a collaboration between the SRCS and German Red Cross which targets the rural population in Somalia. The aim of the project is to increase the availability of safe water for human consumption, livestock and agriculture so as to meet the basic needs of the target population. Shallow wells and piped water systems were constructed to manage water supply while family latrines were built for improved sanitation. Water filters were given to communities using unsafe surface waters to ensure safe consumption. The total number direct and indirect beneficiaries was 3825 and 22,950 respectively.

text: The water and sanitation project is a collaboration between the SRCS and

text: German Red Cross

text: which targets the rural population in Somalia. The aim of the project is to increase the availability of safe water for human consumption, livestock and agriculture so as to meet the basic needs of the target population. Shallow wells and piped water systems were constructed to manage water supply while family latrines were built for improved sanitation. Water filters were given to communities using unsafe surface waters to ensure safe consumption. The total number direct and indirect beneficiaries was 3825 and 22,950 respectively.

answers: NDQ_001768

answers: Shallow wells

answers: NDQ_001769

answers: human consumption, livestock and agriculture

answers: NDQ_001770

answers: sanitation problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: livestock

answers: NDQ_001773

answers: Which of the following is not a benefit of the water and sanitation project: human consumption, livestock or agriculture?

answers: NDQ_001774

answers: unsafe surface waters

answers: NDQ_001775

answers: What does the water and sanitation project aim to increase?

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: Shallow wells

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: unsafe surface waters

answers: NDQ_001782

answers: What is the purpose of the water and sanitation project?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Shallow wells and piped water systems

answers: NDQ_001789

answers: Which of the following is not a benefit of the water and sanitation project?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Shallow wells

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Shallow wells

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the purpose of the water and sanitation project?

answers: NDQ_001797

answers: Which of the following is not a benefit of the project: Shallow wells and piped water systems

answers: NDQ_001798

answers: Shallow wells

answers: NDQ_001799

answers: Shallow wells and piped water systems

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Shallow wells

answers: NDQ_001802

answers: unsafe surface waters

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: shallow wells

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: Shallow wells and piped water systems

answers: NDQ_001769

answers: human consumption, livestock and agriculture

answers: NDQ_001770

answers: unsafe surface waters to ensure safe consumption.

answers: NDQ_001771

answers: livestock

answers: NDQ_001772

answers: human consumption, livestock and agriculture

answers: NDQ_001773

answers: safe water

answers: NDQ_001774

answers: unsafe surface waters

answers: NDQ_001775

answers: livestock and agriculture

answers: NDQ_001776

answers: sanitation.

answers: NDQ_001777

answers: basic needs

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: unsafe surface waters

answers: NDQ_001782

answers: human consumption, livestock and agriculture

answers: NDQ_001785

answers: 3825 and 22,950

answers: NDQ_001787

answers: Shallow wells

answers: NDQ_001788

answers: Shallow wells

answers: NDQ_001789

answers: Shallow wells and piped water systems

answers: NDQ_001790

answers: 3825 and 22,950

answers: NDQ_001791

answers: 3825 and 22,950

answers: NDQ_001792

answers: Somalia.

answers: NDQ_001793

answers: safe water

answers: NDQ_001794

answers: Shallow wells

answers: NDQ_001795

answers: 3825 and 22,950

answers: NDQ_001796

answers: Water filters were given to communities using unsafe surface waters

answers: NDQ_001797

answers: 3825 and 22,950

answers: NDQ_001798

answers: 3825 and 22,950

answers: NDQ_001799

answers: Water filters were given to communities using unsafe surface waters

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Somalia.

answers: NDQ_001802

answers: unsafe surface waters

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: Shallow wells

answers: NDQ_001805

answers: human consumption,

text: Water management is needed where rainfall is insufficient or variable, which occurs to some degree in most regions of the world. Some farmers use irrigation to supplement rainfall. In other areas such as the Great Plains in the U.S. and Canada, farmers use a fallow year to conserve soil moisture to use for growing a crop in the following year. Agriculture represents 70% of freshwater use worldwide.

text: Water management

text: is needed where rainfall is insufficient or variable, which occurs to some degree in most regions of the world. Some farmers use

text: irrigation

text: to supplement rainfall. In other areas such as the

text: Great Plains

text: in the U.S. and Canada, farmers use a fallow year to conserve soil moisture to use for growing a crop in the following year. Agriculture represents 70% of freshwater use worldwide.

answers: NDQ_001768

answers: Agriculture

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: soil to dry out

answers: NDQ_001771

answers: fishing, swimming, and boating

answers: NDQ_001772

answers: Agriculture

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemical: fertilizers, pesticides, or fertilizers?

answers: NDQ_001774

answers: insufficient or variable

answers: NDQ_001775

answers: a fallow year

answers: NDQ_001776

answers: Agriculture

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: is too much

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How can we live longer without water than without food?

answers: NDQ_001787

answers: Which of the following is not a reason farmers use irrigation to supplement rainfall?

answers: NDQ_001788

answers: Which of the following is not a reason farmers use a fallow year?

answers: NDQ_001789

answers: Which of the following is not a type of use of water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or agriculture?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What does agriculture represent 70% of freshwater use worldwide?

answers: NDQ_001797

answers: Which of the following is not a type of agriculture: Drier climates or agriculture?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is not safe to drink if it is moving water?

answers: NDQ_001800

answers: Agriculture

answers: NDQ_001801

answers: fallow year

answers: NDQ_001802

answers: Agriculture represents 70% of freshwater use worldwide

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: Agriculture

answers: NDQ_001768

answers: Agriculture

answers: NDQ_001769

answers: Agriculture

answers: NDQ_001770

answers: supplement rainfall.

answers: NDQ_001771

answers: Agriculture

answers: NDQ_001772

answers: Agriculture

answers: NDQ_001773

answers: Agriculture represents 70% of freshwater use worldwide.

answers: NDQ_001774

answers: rainfall is insufficient

answers: NDQ_001775

answers: Agriculture

answers: NDQ_001776

answers: Agriculture

answers: NDQ_001777

answers: rainfall is insufficient or variable,

answers: NDQ_001778

answers: Agriculture

answers: NDQ_001781

answers: rainfall is insufficient or variable,

answers: NDQ_001782

answers: Agriculture

answers: NDQ_001785

answers: Agriculture

answers: NDQ_001787

answers: irrigation

answers: NDQ_001788

answers: Agriculture

answers: NDQ_001789

answers: Agriculture

answers: NDQ_001790

answers: Agriculture

answers: NDQ_001791

answers: Agriculture

answers: NDQ_001792

answers: Agriculture

answers: NDQ_001793

answers: Agriculture

answers: NDQ_001794

answers: Agriculture

answers: NDQ_001795

answers: Agriculture

answers: NDQ_001796

answers: rainfall is insufficient

answers: NDQ_001797

answers: Agriculture represents 70% of freshwater use worldwide.

answers: NDQ_001798

answers: Agriculture

answers: NDQ_001799

answers: Water

answers: NDQ_001800

answers: rainfall is insufficient

answers: NDQ_001801

answers: Water management is needed where rainfall is insufficient or variable,

answers: NDQ_001802

answers: some degree

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: Agriculture

text: Water crisis in Iran refers to the problems which due to the water scarcity occur in Iran. Water scarcity can be a result of two mechanisms: physical (absolute) water scarcity and economic water scarcity, where physical water scarcity is a result of inadequate natural water resources to supply a region's demand, and economic water scarcity is a result of poor management of the sufficient available water resources. Iran is encountered to both problems.

text: Water crisis in Iran refers to the problems which due to the

text: water scarcity

text: occur in

text: Iran

text: . Water scarcity can be a result of two mechanisms:

text: physical (absolute) water scarcity

text: and

text: economic water scarcity

text: , where physical water scarcity is a result of inadequate natural water resources to supply a region's demand, and economic water scarcity is a result of poor management of the sufficient available water resources. Iran is encountered to both problems.

answers: NDQ_001768

answers: economic water scarcity

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: Iran

answers: NDQ_001773

answers: Which of the following is not a source of water scarcity: physical (absolute) water scarcity or economic water scarcity?

answers: NDQ_001774

answers: poor management

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: economic water scarcity

answers: NDQ_001778

answers: poor management

answers: NDQ_001781

answers: economic water scarcity

answers: NDQ_001782

answers: Which of the following is not a form of life: physical (absolute) water scarcity or economic water scarcity?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: economic water scarcity

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What can glaciers be a source of?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: economic water scarcity

answers: NDQ_001797

answers: Which of the following is not a result of poor management of the sufficient available water resources?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: water scarcity

answers: NDQ_001802

answers: Iran is encountered to both problems.

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: physical water scarcity is a result of inadequate natural water resources

answers: NDQ_001769

answers: Water crisis in Iran

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: Water crisis in Iran

answers: NDQ_001772

answers: Iran.

answers: NDQ_001773

answers: Water crisis in Iran

answers: NDQ_001774

answers: poor management of the sufficient available water resources.

answers: NDQ_001775

answers: demand,

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: natural water resources to supply a region's demand,

answers: NDQ_001778

answers: poor management

answers: NDQ_001781

answers: poor management of the sufficient available water resources.

answers: NDQ_001782

answers: Water scarcity

answers: NDQ_001785

answers: Water scarcity

answers: NDQ_001787

answers: Water scarcity

answers: NDQ_001788

answers: poor management of the sufficient available water resources.

answers: NDQ_001789

answers: Water scarcity

answers: NDQ_001790

answers: economic water scarcity,

answers: NDQ_001791

answers: physical (absolute) water scarcity and economic water scarcity,

answers: NDQ_001792

answers: physical water scarcity is a result of inadequate natural water resources

answers: NDQ_001793

answers: physical (absolute) water scarcity and economic water scarcity,

answers: NDQ_001794

answers: physical (absolute) water scarcity and economic water scarcity,

answers: NDQ_001795

answers: physical (absolute) water scarcity and economic water scarcity,

answers: NDQ_001796

answers: Water scarcity

answers: NDQ_001797

answers: physical (absolute) water scarcity and economic water scarcity,

answers: NDQ_001798

answers: poor management of the sufficient available water resources.

answers: NDQ_001799

answers: Water scarcity

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: Water crisis in Iran

answers: NDQ_001802

answers: (absolute)

answers: NDQ_001803

answers: water scarcity

answers: NDQ_001804

answers: Water crisis in Iran

answers: NDQ_001805

answers: economic water scarcity,

text: The intended beneficial uses of these water resources include flood control, aids to navigation, irrigation, supplemental water supply, power generation, municipal and industrial water supplies, stream-pollution abatement, sediment control, preservation and enhancement of fish and wildlife, and creation of recreation opportunities.

text: The intended beneficial uses of these water resources include

text: flood control

text: , aids to navigation,

text: irrigation

text: , supplemental

text: water supply

text: power generation

text: , municipal and industrial water supplies,

text: stream-pollution

text: abatement,

text: sediment control

text: preservation

text: and enhancement of

text: fish

text: and

text: wildlife

text: , and creation of recreation opportunities.

answers: NDQ_001768

answers: irrigation

answers: NDQ_001769

answers: municipal

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: creation of recreation opportunities

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: can be used in irrigation

answers: NDQ_001774

answers: irrigation

answers: NDQ_001775

answers: power generation

answers: NDQ_001776

answers: stream-pollution

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: is not a beneficial use

answers: NDQ_001782

answers: Which of the following is not a beneficial use of water resources?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: power generation

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: supplemental water supply

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: None of the above choices.

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water resources

answers: NDQ_001801

answers: supplemental water supply

answers: NDQ_001802

answers: abatement

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: supplemental water supply

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation, supplemental water supply,

answers: NDQ_001769

answers: municipal and industrial water supplies,

answers: NDQ_001770

answers: stream-pollution

answers: NDQ_001771

answers: creation of recreation opportunities.

answers: NDQ_001772

answers: municipal and industrial

answers: NDQ_001773

answers: irrigation, supplemental water supply,

answers: NDQ_001774

answers: stream-pollution

answers: NDQ_001775

answers: water supplies,

answers: NDQ_001776

answers: stream-pollution

answers: NDQ_001777

answers: municipal and industrial water supplies,

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: stream-pollution abatement,

answers: NDQ_001782

answers: fish and wildlife,

answers: NDQ_001785

answers: supplemental water supply,

answers: NDQ_001787

answers: stream-pollution abatement,

answers: NDQ_001788

answers: irrigation, supplemental water supply, power generation, municipal and industrial water supplies,

answers: NDQ_001789

answers: power generation,

answers: NDQ_001790

answers: The intended beneficial uses of these water resources

answers: NDQ_001791

answers: power generation, municipal and industrial water supplies,

answers: NDQ_001792

answers: supplemental water supply,

answers: NDQ_001793

answers: irrigation, supplemental water supply, power generation, municipal and industrial water supplies,

answers: NDQ_001794

answers: irrigation, supplemental water supply, power generation, municipal and industrial water supplies,

answers: NDQ_001795

answers: supplemental water supply, power generation, municipal and industrial water supplies,

answers: NDQ_001796

answers: irrigation, supplemental water supply,

answers: NDQ_001797

answers: irrigation, supplemental water supply,

answers: NDQ_001798

answers: preservation and enhancement of fish and wildlife,

answers: NDQ_001799

answers: stream-pollution abatement,

answers: NDQ_001800

answers: stream-pollution

answers: NDQ_001801

answers: flood control,

answers: NDQ_001802

answers: stream-pollution abatement,

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: irrigation,

answers: NDQ_001805

answers: irrigation,

text: Total water resources are not evaluated accurately because existing data is limited and this is particularly true with respect to groundwater supplies. Annual rainfall varies from 1,500 mm in the North to 4,000 mm in the South. A dry season extends from January to May, followed by a rainy season that peaks in July. In November and December near the end of the rainy season agricultural activities are commonly restricted due to high water saturation levels in the soil.

text: Total water resources are not evaluated accurately because existing data is limited and this is particularly true with respect to groundwater supplies. Annual rainfall varies from 1,500 mm in the North to 4,000 mm in the South. A dry season extends from January to May, followed by a rainy season that peaks in July. In November and December near the end of the rainy season agricultural activities are commonly restricted due to high water saturation levels in the soil.

answers: NDQ_001768

answers: groundwater supplies

answers: NDQ_001769

answers: agricultural activities

answers: NDQ_001770

answers: agricultural activities to be restricted

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: agricultural activities

answers: NDQ_001773

answers: Which of the following is not a type of water resource: groundwater supplies or agricultural chemicals?

answers: NDQ_001774

answers: groundwater supplies

answers: NDQ_001775

answers: Agricultural activities

answers: NDQ_001776

answers: lack of sanitation

answers: NDQ_001777

answers: Annual rainfall

answers: NDQ_001778

answers: agricultural activities

answers: NDQ_001781

answers: is not evaluated accurately

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason for agricultural activities to be restricted due to high water saturation levels in the soil?

answers: NDQ_001788

answers: Which of the following is not a reason for agricultural activities being restricted due to high water saturation levels?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or groundwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not true of groundwater supplies?

answers: NDQ_001797

answers: Which of the following is not a reason agricultural activities are commonly restricted due to high water saturation levels in the soil?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: A dry season extends from January to May

answers: NDQ_001802

answers: Total water resources are not evaluated accurately

answers: NDQ_001803

answers: groundwater supplies

answers: NDQ_001804

answers: groundwater supplies

answers: NDQ_001805

answers: agricultural activities

answers: NDQ_001768

answers: groundwater supplies.

answers: NDQ_001769

answers: agricultural activities

answers: NDQ_001770

answers: high water saturation levels in the soil.

answers: NDQ_001771

answers: groundwater

answers: NDQ_001772

answers: agricultural activities

answers: NDQ_001773

answers: agricultural activities are commonly restricted due to high water saturation levels in the soil.

answers: NDQ_001774

answers: agricultural activities are commonly restricted due to high water saturation levels in the soil.

answers: NDQ_001775

answers: agricultural activities

answers: NDQ_001776

answers: water resources

answers: NDQ_001777

answers: Annual rainfall

answers: NDQ_001778

answers: agricultural activities

answers: NDQ_001781

answers: existing data is limited

answers: NDQ_001782

answers: Total water resources are not evaluated accurately because existing data is limited

answers: NDQ_001785

answers: Total water resources are not evaluated accurately because existing data is limited

answers: NDQ_001787

answers: Total water resources are not evaluated accurately because existing data is limited

answers: NDQ_001788

answers: groundwater supplies.

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: Total water resources

answers: NDQ_001791

answers: Total water resources are not evaluated accurately

answers: NDQ_001792

answers: Total water resources

answers: NDQ_001793

answers: groundwater supplies.

answers: NDQ_001794

answers: groundwater supplies.

answers: NDQ_001795

answers: Total water resources are not evaluated accurately because existing data is limited

answers: NDQ_001796

answers: Total water resources are not evaluated accurately because existing data is limited

answers: NDQ_001797

answers: agricultural activities are commonly restricted due to high water saturation levels in the soil.

answers: NDQ_001798

answers: Total water resources are not evaluated accurately because existing data is limited

answers: NDQ_001799

answers: groundwater

answers: NDQ_001800

answers: Total water

answers: NDQ_001801

answers: A dry season

answers: NDQ_001802

answers: Total water resources are not evaluated accurately

answers: NDQ_001803

answers: groundwater supplies. Annual rainfall

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: agricultural activities

text: Non-revenue water has been estimated at being higher than 65%. Currently, service providers produce 41,720 liters per second (LPS), which is an average of 907 liters per person and day (LPPD) before losses. Even after taking into account losses, water use is much higher than in Europe (220 LPPD) and the United States (300 LPPD). The tourism industry explains this high consumption to a large extent. The hotel industry uses 280% more than what other Caribbean countries use - 1,483 liters per guest and night.

text: Non-revenue water

text: has been estimated at being higher than 65%. Currently, service providers produce 41,720 liters per second (LPS), which is an average of 907 liters per person and day (LPPD) before losses. Even after taking into account losses, water use is much higher than in Europe (220 LPPD) and the United States (300 LPPD). The tourism industry explains this high consumption to a large extent. The hotel industry uses 280% more than what other Caribbean countries use - 1,483 liters per guest and night.

answers: NDQ_001768

answers: 907 liters per person and day

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: losses

answers: NDQ_001771

answers: water skiing and water skiing

answers: NDQ_001772

answers: The tourism industry

answers: NDQ_001773

answers: Which of the following is not a source of non-revenue water?

answers: NDQ_001774

answers: 65%

answers: NDQ_001775

answers: tourism

answers: NDQ_001776

answers: water use

answers: NDQ_001777

answers: losses

answers: NDQ_001778

answers: tourism

answers: NDQ_001781

answers: non-revenue water

answers: NDQ_001782

answers: How many liters per person and day does the tourism industry use?

answers: NDQ_001785

answers: How many liters per person and day can we live without?

answers: NDQ_001787

answers: Currently, service providers produce 41,720 liters per second

answers: NDQ_001788

answers: Currently, service providers produce 41,720 liters per second

answers: NDQ_001789

answers: How many liters per person and day does the tourism industry use?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Currently, service providers produce 41,720 liters per second

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: 65%

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: 907 liters per person and day

answers: NDQ_001797

answers: How many liters per person and day does the hotel industry use?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: Non-revenue water

answers: NDQ_001801

answers: NDQ_001802

answers: higher than 65%

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: LPPD

answers: NDQ_001805

answers: The tourism industry uses 280% more than what other Caribbean countries use

answers: NDQ_001768

answers: much higher than in Europe

answers: NDQ_001769

answers: Non-revenue

answers: NDQ_001770

answers: losses.

answers: NDQ_001771

answers: tourism industry

answers: NDQ_001772

answers: tourism industry

answers: NDQ_001773

answers: Non-revenue water

answers: NDQ_001774

answers: Non-revenue

answers: NDQ_001775

answers: tourism

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: losses.

answers: NDQ_001778

answers: tourism industry

answers: NDQ_001781

answers: Non-revenue water

answers: NDQ_001782

answers: 907 liters per person and day

answers: NDQ_001785

answers: 907 liters per person and day

answers: NDQ_001787

answers: Non-revenue water has been estimated at being higher than 65%.

answers: NDQ_001788

answers: Non-revenue water has been estimated at being higher than 65%.

answers: NDQ_001789

answers: 41,720 liters per second

answers: NDQ_001790

answers: 65%.

answers: NDQ_001791

answers: Non-revenue water has been estimated at being higher than 65%.

answers: NDQ_001792

answers: Non-revenue water has been estimated at being higher than 65%.

answers: NDQ_001793

answers: Europe (220 LPPD) and the United States

answers: NDQ_001794

answers: 65%.

answers: NDQ_001795

answers: 65%.

answers: NDQ_001796

answers: 907 liters per person and day

answers: NDQ_001797

answers: Europe

answers: NDQ_001798

answers: 65%.

answers: NDQ_001799

answers: 41,720 liters per second

answers: NDQ_001800

answers: Non-revenue water

answers: NDQ_001801

answers: Non-revenue water has been estimated at being higher than 65%.

answers: NDQ_001802

answers: Non-revenue water has been estimated at being higher than 65%.

answers: NDQ_001803

answers: Non-revenue water

answers: NDQ_001804

answers: 41,720 liters per second

answers: NDQ_001805

answers: tourism industry

text: Wetlands greatly influence the flow and quality of water, thus providing benefits to humans. They store and slowly release surface water, rain, snowmelt and flood waters, maintaining soil humidity during dry periods. But the most important service is the supply of clean water for drinking but also for agriculture and industries. Scientists have estimated that a 2,500 acre wetland in Georgia saves $1 million in water pollution control costs annually (OTA 1993).

text: Wetlands greatly influence the flow and quality of water, thus providing benefits to humans. They store and slowly release surface water, rain, snowmelt and flood waters, maintaining soil humidity during dry periods. But the most important service is the supply of clean water for drinking but also for agriculture and industries. Scientists have estimated that a 2,500 acre wetland in Georgia saves $1 million in water pollution control costs annually (OTA 1993).

answers: NDQ_001768

answers: drinking but also for agriculture and industries

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: drinking

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a benefit of wetlands: drinking water, agriculture, or industries?

answers: NDQ_001774

answers: pollutes

answers: NDQ_001775

answers: what is the most important service

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: Wetlands

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: Wetlands provide benefits to humans

answers: NDQ_001782

answers: Which of the following is not a benefit of wetlands?

answers: NDQ_001785

answers: Which of the following is not the benefit of wetlands?

answers: NDQ_001787

answers: Which of the following is not a benefit of wetlands?

answers: NDQ_001788

answers: Which of the following is not a benefit of wetlands?

answers: NDQ_001789

answers: Which of the following is not a type of industry: drinking, agriculture, or industries?

answers: NDQ_001790

answers: Which of the following is not a benefit of wetlands?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a benefit of wetlands?

answers: NDQ_001797

answers: Which of the following is not a benefit of wetlands?

answers: NDQ_001798

answers: Which of the following is not a benefit of wetlands?

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: dry periods

answers: NDQ_001802

answers: the most important service is the supply of clean water

answers: NDQ_001803

answers: wetlands

answers: NDQ_001804

answers: wetlands

answers: NDQ_001805

answers: drinking

answers: NDQ_001768

answers: Wetlands

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: drinking

answers: NDQ_001772

answers: agriculture and industries.

answers: NDQ_001773

answers: clean water

answers: NDQ_001774

answers: surface water,

answers: NDQ_001775

answers: clean water

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: Wetlands

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: Wetlands

answers: NDQ_001782

answers: humans.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Wetlands greatly influence the flow and quality of water,

answers: NDQ_001788

answers: Wetlands

answers: NDQ_001789

answers: industries.

answers: NDQ_001790

answers: Wetlands

answers: NDQ_001791

answers: Wetlands

answers: NDQ_001792

answers: Wetlands

answers: NDQ_001793

answers: drinking

answers: NDQ_001794

answers: Wetlands

answers: NDQ_001795

answers: drinking

answers: NDQ_001796

answers: Wetlands

answers: NDQ_001797

answers: Wetlands

answers: NDQ_001798

answers: Wetlands

answers: NDQ_001799

answers: clean water

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: dry periods.

answers: NDQ_001802

answers: water pollution control costs

answers: NDQ_001803

answers: rain, snowmelt and flood waters,

answers: NDQ_001804

answers: Wetlands

answers: NDQ_001805

answers: drinking

text: Plants showing inducible CAM and CAM-cycling are typically found in conditions where periods of water shortage alternate with periods when water is freely available. Periodic drought – a feature of semi-arid regions – is one cause of water shortage. Plants which grow on trees or rocks (as epiphytes or lithophytes) also experience variations in water availability. Salinity, high light levels and nutrient availability are other factors which have been shown to induce CAM.

text: Plants showing inducible CAM and CAM-cycling are typically found in conditions where periods of water shortage alternate with periods when water is freely available. Periodic drought – a feature of semi-arid regions – is one cause of water shortage. Plants which grow on trees or rocks (as

text: epiphyte

text: s or

text: lithophyte

text: s) also experience variations in water availability. Salinity, high light levels and nutrient availability are other factors which have been shown to induce CAM.

answers: NDQ_001768

answers: CAM-cycling

answers: NDQ_001769

answers: What does CAM-cycling refer to?

answers: NDQ_001770

answers: CAM

answers: NDQ_001771

answers: CAM-cycling

answers: NDQ_001772

answers: plants

answers: NDQ_001773

answers: Which of the following is not a type of plant: epiphytes, lithophytes or epiphytes?

answers: NDQ_001774

answers: Periodic drought

answers: NDQ_001775

answers: nutrient availability

answers: NDQ_001776

answers: CAM

answers: NDQ_001777

answers: Periodic drought

answers: NDQ_001778

answers: unanswerable

answers: NDQ_001781

answers: lacks nutrient

answers: NDQ_001782

answers: Which of the following is not a cause of water shortage?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a cause of water shortage?

answers: NDQ_001788

answers: Which of the following is not a cause of water shortage?

answers: NDQ_001789

answers: Which of the following is not a cause of water shortage?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a cause of water shortage?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a feature of semi-arid regions?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: Salinity

answers: NDQ_001803

answers: Trees

answers: NDQ_001804

answers: lithophytes

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: periods of water shortage alternate with periods when water is freely available.

answers: NDQ_001769

answers: Plants showing inducible CAM and CAM-cycling

answers: NDQ_001770

answers: CAM.

answers: NDQ_001771

answers: CAM-cycling

answers: NDQ_001772

answers: Plants

answers: NDQ_001773

answers: nutrient availability

answers: NDQ_001774

answers: drought

answers: NDQ_001775

answers: Plants showing inducible CAM and CAM-cycling

answers: NDQ_001776

answers: water shortage

answers: NDQ_001777

answers: Periodic drought

answers: NDQ_001778

answers: high light levels and nutrient availability

answers: NDQ_001781

answers: water shortage

answers: NDQ_001782

answers: Plants showing inducible CAM

answers: NDQ_001785

answers: water shortage

answers: NDQ_001787

answers: Plants showing inducible CAM

answers: NDQ_001788

answers: Plants showing inducible CAM

answers: NDQ_001789

answers: water is freely available.

answers: NDQ_001790

answers: water is freely available.

answers: NDQ_001791

answers: CAM-cycling

answers: NDQ_001792

answers: Plants showing inducible CAM and CAM-cycling

answers: NDQ_001793

answers: periods of water shortage alternate with periods when water is freely available.

answers: NDQ_001794

answers: trees or rocks

answers: NDQ_001795

answers: Plants showing inducible CAM and CAM-cycling

answers: NDQ_001796

answers: periods of water shortage alternate with periods when water is freely available.

answers: NDQ_001797

answers: Periodic drought – a feature of semi-arid regions

answers: NDQ_001798

answers: periods of water shortage alternate with periods when water is freely available.

answers: NDQ_001799

answers: water is freely available.

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: Periodic drought

answers: NDQ_001802

answers: Salinity,

answers: NDQ_001803

answers: high light levels and nutrient availability

answers: NDQ_001804

answers: Plants showing inducible CAM and CAM-cycling

answers: NDQ_001805

answers: Plants showing inducible CAM and CAM-cycling

text: Drinking water quality has a micro-biological and a physico-chemical dimension. There are thousands of parameters of water quality. In public water supply systems water should, at a minimum, be disinfected—most commonly through the use of chlorination or the use of ultra violet light—or it may need to undergo treatment, especially in the case of surface water. For more details, please see the separate entries on water quality, water treatment and drinking water.

text: Drinking

text: water quality

text: has a micro-biological and a physico-chemical dimension. There are thousands of parameters of water quality. In public water supply systems water should, at a minimum, be disinfected—most commonly through the use of

text: chlorination

text: or the use of

text: ultra violet

text: light—or it may need to undergo treatment, especially in the case of

text: surface water

text: . For more details, please see the separate entries on

text: water quality

text: water treatment

text: and

text: drinking water

answers: NDQ_001768

answers: surface water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: disinfection

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: drinking water

answers: NDQ_001773

answers: List of agricultural chemicals in the United States

answers: NDQ_001774

answers: disinfected

answers: NDQ_001775

answers: disinfecting

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water supply systems

answers: NDQ_001778

answers: drinking water

answers: NDQ_001781

answers: disinfected

answers: NDQ_001782

answers: Which of the following is not a form of life: micro-biological or physico-chemical

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: In public water supply systems water should, at a minimum, be disinfected

answers: NDQ_001788

answers: In public water supply systems water should at a minimum be disinfected

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: In public water supply systems water should, at a minimum, be disinfected

answers: NDQ_001797

answers: Which of the following is not a physico-chemical dimension: micro-biological or physico-chemical?

answers: NDQ_001798

answers: How many parameters of water quality does drinking water have?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: drinking water

answers: NDQ_001801

answers: NDQ_001802

answers: disinfected—most commonly through the use of chlorination

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: surface water

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: surface water.

answers: NDQ_001769

answers: public water supply systems

answers: NDQ_001770

answers: surface water.

answers: NDQ_001771

answers: Drinking water

answers: NDQ_001772

answers: Drinking water

answers: NDQ_001773

answers: Drinking water quality

answers: NDQ_001774

answers: surface water.

answers: NDQ_001775

answers: disinfected—most

answers: NDQ_001776

answers: Drinking water

answers: NDQ_001777

answers: public water supply systems

answers: NDQ_001778

answers: water

answers: NDQ_001781

answers: disinfected—most

answers: NDQ_001782

answers: Drinking water

answers: NDQ_001785

answers: Drinking water

answers: NDQ_001787

answers: surface water.

answers: NDQ_001788

answers: surface water.

answers: NDQ_001789

answers: water should, at a minimum, be disinfected—most

answers: NDQ_001790

answers: Drinking water

answers: NDQ_001791

answers: surface water.

answers: NDQ_001792

answers: Drinking water

answers: NDQ_001793

answers: disinfected—most

answers: NDQ_001794

answers: surface water.

answers: NDQ_001795

answers: disinfected—most

answers: NDQ_001796

answers: Drinking water

answers: NDQ_001797

answers: Drinking water

answers: NDQ_001798

answers: Drinking water

answers: NDQ_001799

answers: surface water.

answers: NDQ_001800

answers: Drinking water

answers: NDQ_001801

answers: Drinking water

answers: NDQ_001802

answers: surface water.

answers: NDQ_001803

answers: ultra violet light—or

answers: NDQ_001804

answers: public water supply systems

answers: NDQ_001805

answers: Drinking water

text: Keswick Dam was one of Central Valley Project that was started due to unequal water allocation that left some land owners with no water supply especially during summer season when need of water diversions for irrigation and domestic uses was required due to prolonged hot and dry weather. The water scarcity started in the 19th century in gold mine Era. Discovery of the gold mine in the 1840s attracted flood of immigrants to California. After a few years many immigrants attention shifted to agriculture because it seemed more stable than gold gambling. Central valley had fertile soils, abundant water, and a flat gentle topography suitable for farming. Consequently, dust bowl depression era caused more migration to California resulting to further extension of agriculture and ranching in gold fields. The California Legislature immediately enacted laws to deal with the state's water scarcity issue, so they adopted riparian water rights. This law had limitations where owners of land bordering the water had a right to a reasonable amount of that water but Owners, whose land did not border bodies of water, had no rights to any of the water. Due to the usage restrictions by the riparian rights, the government directed the state engineers to come up with a plan for the entire state to accomplish fair distribution of water for irrigation and domestic uses. Increase in demand for food caused a shift from a small scale farming to large scale intensive farming. Low topography caused flooding in winter rainy season, but later followed severe drought in summer months. Low water flow cause increase in salinity that resulted in intrusion of salt in some parts of the valley especially in the Bay. Primarily, Keswick project was for irrigation purposes,but it become a multipurpose for flood control, improves Sacramento River navigation, supplies domestic and industrial water, generates electric power, conserves fish and wildlife, creates opportunities for recreation, and enhances water quality.

text: Keswick Dam was one of

text: Central Valley Project

text: that was started due to unequal water allocation that left some land owners with no water supply especially during summer season when need of water diversions for irrigation and domestic uses was required due to prolonged hot and dry weather. The water scarcity started in the 19th century in

text: gold mine Era

text: . Discovery of the gold mine in the 1840s attracted flood of immigrants to

text: California

text: . After a few years many immigrants attention shifted to agriculture because it seemed more stable than gold gambling. Central valley had fertile soils, abundant water, and a flat gentle topography suitable for farming. Consequently, dust bowl depression era caused more migration to

text: California

text: resulting to further extension of agriculture and ranching in gold fields. The California Legislature immediately enacted laws to deal with the state's water scarcity issue, so they adopted riparian water rights. This law had limitations where owners of land bordering the water had a right to a reasonable amount of that water but Owners, whose land did not border bodies of water, had no rights to any of the water. Due to the usage restrictions by the riparian rights, the government directed the state engineers to come up with a plan for the entire state to accomplish fair distribution of water for irrigation and domestic uses. Increase in demand for food caused a shift from a small scale farming to large scale intensive farming. Low topography caused flooding in winter rainy season, but later followed severe drought in summer months. Low water flow cause increase in salinity that resulted in intrusion of salt in some parts of the valley especially in the Bay. Primarily, Keswick project was for irrigation purposes,but it become a multipurpose for flood control, improves Sacramento River navigation, supplies domestic and industrial water, generates electric power, conserves fish and wildlife, creates opportunities for recreation, and enhances water quality.

answers: NDQ_001768

answers: riparian water rights

answers: NDQ_001769

answers: Which of the following is not a type of municipal use of water: irrigation or domestic uses?

answers: NDQ_001770

answers: Flooding in winter rainy season, but later followed severe drought in summer months

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: fishing, conserving fish and wildlife, conserving fish and wildlife, or creating opportunities for recreation?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or irrigation?

answers: NDQ_001774

answers: unequal water allocation

answers: NDQ_001775

answers: Which of the following is not a benefit of the Keswick project: irrigation, domestic uses, or industrial water?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: riparian water rights

answers: NDQ_001778

answers: increased demand for food

answers: NDQ_001781

answers: does not have riparian rights

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, ranching, or fishing?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a benefit of irrigation?

answers: NDQ_001788

answers: Which of the following is not a benefit of the Keswick Dam?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a benefit of Keswick Dam?

answers: NDQ_001797

answers: Which of the following is not a reason for the need of water diversions for irrigation and domestic uses?

answers: NDQ_001798

answers: Why did the California Legislature enact laws to deal with the water scarcity issue?

answers: NDQ_001799

answers: Which of the following is not a source of water: Sacramento River navigation, supplies domestic and industrial water, generates electric power

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: in some parts of the valley

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Keswick Dam

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: riparian water rights.

answers: NDQ_001769

answers: irrigation and domestic uses.

answers: NDQ_001770

answers: flood control,

answers: NDQ_001771

answers: creates opportunities for recreation,

answers: NDQ_001772

answers: irrigation and domestic uses.

answers: NDQ_001773

answers: small scale farming to large scale intensive farming.

answers: NDQ_001774

answers: prolonged hot and dry weather.

answers: NDQ_001775

answers: supplies domestic and industrial water, generates electric power,

answers: NDQ_001776

answers: hot and dry weather.

answers: NDQ_001777

answers: Low topography

answers: NDQ_001778

answers: Increase in demand for food

answers: NDQ_001781

answers: hot and dry weather.

answers: NDQ_001782

answers: fair distribution of water

answers: NDQ_001785

answers: domestic uses

answers: NDQ_001787

answers: enhances water quality.

answers: NDQ_001788

answers: fair distribution of water for irrigation and domestic uses.

answers: NDQ_001789

answers: Keswick project

answers: NDQ_001790

answers: Low topography

answers: NDQ_001791

answers: riparian rights,

answers: NDQ_001792

answers: fair distribution of water for irrigation and domestic uses.

answers: NDQ_001793

answers: enhances water quality.

answers: NDQ_001794

answers: riparian rights,

answers: NDQ_001795

answers: fair distribution of water for irrigation and domestic uses.

answers: NDQ_001796

answers: domestic uses

answers: NDQ_001797

answers: fair distribution of water for irrigation and domestic uses.

answers: NDQ_001798

answers: domestic uses.

answers: NDQ_001799

answers: Low water flow

answers: NDQ_001800

answers: drought

answers: NDQ_001801

answers: severe drought in summer months.

answers: NDQ_001802

answers: enhances water quality.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Keswick

answers: NDQ_001805

answers: food

text: The Metropolis Water Act introduced the regulation of the water supply companies in London, including minimum standards of water quality for the first time. The Act "made provision for securing the supply to the Metropolis of pure and wholesome water", and required that all water be "effectually filtered" from 31 December 1855. This was followed up with legislation for the mandatory inspection of water quality, including comprehensive chemical analyses, in 1858. This legislation set a worldwide precedent for similar state public health interventions across Europe. The Metropolitan Commission of Sewers was formed at the same time, water filtration was adopted throughout the country, and new water intakes on the Thames were established above Teddington Lock.

text: The

text: Metropolis Water Act

text: introduced the regulation of the

text: water supply

text: companies in

text: London

text: , including minimum standards of water quality for the first time. The Act "made provision for securing the supply to the Metropolis of pure and wholesome water", and required that all water be "effectually filtered" from 31 December 1855. This was followed up with legislation for the mandatory inspection of water quality, including comprehensive chemical analyses, in 1858. This legislation set a worldwide precedent for similar state public health interventions across

text: Europe

text: . The

text: Metropolitan Commission of Sewers

text: was formed at the same time, water filtration was adopted throughout the country, and new water intakes on the

text: Thames

text: were established above

text: Teddington Lock

answers: NDQ_001768

answers: water filtration

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: The Metropolis Water Act introduced the regulation of the water supply companies

answers: NDQ_001771

answers: The Metropolis Water Act introduced the regulation of the water supply companies in London

answers: NDQ_001772

answers: London

answers: NDQ_001773

answers: Which of the following is not a type of chemical: Agricultural chemicals or water?

answers: NDQ_001774

answers: is not filtered

answers: NDQ_001775

answers: chemical analyses

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: water supply companies

answers: NDQ_001778

answers: new water intakes

answers: NDQ_001781

answers: was not filtered

answers: NDQ_001782

answers: Which happened first, the Metropolis Water Act introduced the regulation of the water supply companies in London, or the mandatory inspection of water quality?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: Which happened first, the Metropolis Water Act introduced the regulation of the water supply companies in London, or the mandatory inspection of water quality, including comprehensive chemical analyses, in 1858?

answers: NDQ_001788

answers: How many years after the Metropolis Water Act was introduced did the mandatory inspection of water quality, including comprehensive chemical analyses, take place?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The Metropolis Water Act introduced the regulation of the water supply companies in London, including minimum standards of water quality for the first time

answers: NDQ_001797

answers: Which happened first, the Metropolis Water Act introduced the regulation of the water supply companies in London, or the mandatory inspection of water quality, including comprehensive chemical analyses?

answers: NDQ_001798

answers: Why did the Metropolis Water Act introduce the regulation of the water supply companies in London?

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 1858

answers: NDQ_001802

answers: required that all water be "effectually filtered" from 31 December 1855

answers: NDQ_001803

answers: water intakes

answers: NDQ_001804

answers: Sewers

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: state public health interventions across Europe.

answers: NDQ_001769

answers: public health

answers: NDQ_001770

answers: public health

answers: NDQ_001771

answers: The Metropolis Water Act

answers: NDQ_001772

answers: London,

answers: NDQ_001773

answers: chemical analyses, in 1858.

answers: NDQ_001774

answers: filtered"

answers: NDQ_001775

answers: water supply companies

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: water supply companies

answers: NDQ_001778

answers: new water intakes

answers: NDQ_001781

answers: "effectually filtered"

answers: NDQ_001782

answers: The Metropolis Water Act

answers: NDQ_001785

answers: The Metropolis Water Act

answers: NDQ_001787

answers: chemical analyses, in 1858.

answers: NDQ_001788

answers: The Metropolis Water Act

answers: NDQ_001789

answers: new water intakes

answers: NDQ_001790

answers: The Metropolis Water Act

answers: NDQ_001791

answers: The Metropolis Water Act

answers: NDQ_001792

answers: The Metropolis Water Act

answers: NDQ_001793

answers: wholesome water", and required that all water be "effectually filtered"

answers: NDQ_001794

answers: The Metropolis Water Act

answers: NDQ_001795

answers: The Metropolis Water Act

answers: NDQ_001796

answers: The Metropolis Water Act

answers: NDQ_001797

answers: The Metropolis Water Act

answers: NDQ_001798

answers: The Metropolis Water Act

answers: NDQ_001799

answers: "effectually filtered" from 31 December 1855.

answers: NDQ_001800

answers: water",

answers: NDQ_001801

answers: 31 December 1855.

answers: NDQ_001802

answers: "effectually filtered"

answers: NDQ_001803

answers: new water intakes

answers: NDQ_001804

answers: new water intakes on the Thames were established above Teddington Lock.

answers: NDQ_001805

answers: state public health interventions

text: Among 11 cities participating in performance benchmarking in 2006-07, none provided water continuously to all customers. According to the benchmarking data, the city with the shortest supply per day was Bagerhat with 2 hours and the city with the longest supply was Dhaka with 23 hours, followed by Manikganj and Chandpur with 20 hours. Within cities, the duration of supply often varies, as it does between seasons. Major water shortages in Bangladesh occur during the dry season. As of 2011, however, intermittent supply was common in at least parts of Dhaka, forcing families to purchase drinking water and use pond or river water for their other needs. Regular power cuts, which turn off well pumps, also contribute to the intermittency of supply.

text: Among 11 cities participating in performance benchmarking in 2006-07, none provided water continuously to all customers. According to the benchmarking data, the city with the shortest supply per day was

text: Bagerhat

text: with 2 hours and the city with the longest supply was Dhaka with 23 hours, followed by

text: Manikganj

text: and

text: Chandpur

text: with 20 hours. Within cities, the duration of supply often varies, as it does between seasons. Major water shortages in Bangladesh occur during the dry season. As of 2011, however, intermittent supply was common in at least parts of Dhaka, forcing families to purchase drinking water and use pond or river water for their other needs. Regular power cuts, which turn off well pumps, also contribute to the intermittency of supply.

answers: NDQ_001768

answers: intermittent supply

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: power cuts

answers: NDQ_001771

answers: pond or river water

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: pond or river water

answers: NDQ_001775

answers: pond or river water

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: seasons

answers: NDQ_001778

answers: families to purchase drinking water

answers: NDQ_001781

answers: intermittent supply

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Major water shortages in Bangladesh occur during the dry season

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Major water shortages in Bangladesh occur during the dry season

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: well pumps

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: major water shortages in Bangladesh

answers: NDQ_001797

answers: How many hours was the longest supply per day?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: during the dry season

answers: NDQ_001802

answers: Major water shortages in Bangladesh occur during the dry season

answers: NDQ_001803

answers: pond

answers: NDQ_001804

answers: well pumps

answers: NDQ_001805

answers: pond or river water

answers: NDQ_001768

answers: pond or river water for their other needs.

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: pond or river water for their other needs.

answers: NDQ_001771

answers: pond or river water

answers: NDQ_001772

answers: Bangladesh

answers: NDQ_001773

answers: Among 11 cities participating in performance benchmarking in 2006-07,

answers: NDQ_001774

answers: Regular power cuts,

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: seasons.

answers: NDQ_001778

answers: Regular power cuts,

answers: NDQ_001781

answers: Regular power cuts,

answers: NDQ_001782

answers: none provided water continuously to all customers.

answers: NDQ_001785

answers: 2 hours

answers: NDQ_001787

answers: Regular power cuts,

answers: NDQ_001788

answers: Regular power cuts,

answers: NDQ_001789

answers: well pumps,

answers: NDQ_001790

answers: dry season.

answers: NDQ_001791

answers: Among 11 cities participating in performance benchmarking in 2006-07,

answers: NDQ_001792

answers: Major water shortages in Bangladesh

answers: NDQ_001793

answers: pond or river water

answers: NDQ_001794

answers: well pumps,

answers: NDQ_001795

answers: Among 11 cities participating in performance benchmarking in 2006-07,

answers: NDQ_001796

answers: Major water shortages in Bangladesh occur during the dry season.

answers: NDQ_001797

answers: Major water shortages in Bangladesh occur during the dry season.

answers: NDQ_001798

answers: forcing families to purchase drinking water and use pond or river water

answers: NDQ_001799

answers: pond or river water

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: dry season.

answers: NDQ_001802

answers: pond or river water

answers: NDQ_001803

answers: pond or river water

answers: NDQ_001804

answers: well pumps,

answers: NDQ_001805

answers: Dhaka

text: Annual rainfall averages ~600 mm which equates to 1,668 km; however, about 83% of this precipitation is lost through evapotranspiration and evaporation. Subsequently, internal renewable water resources are reduced to about 276 km. Runoff is also significant and is estimated at 814 km/year, of which 538 km comes from contributions originating in basins from Paraguay and Uruguay. These statistics are general for the entire country; however, Argentina is a large country encompassing 2.7 million km with weather patterns and climates that vary greatly. For example, the eastern edges of the Andes mountains are dry and water scarcity and droughts are an ongoing issue. In the greater Buenos Aires which is a lowland area, water pollution from industrial effluents, stormwater and flooding, and groundwater management are the major concerns. Down in the sparsely populated Patagonia region where there is ample quantities of high quality water, water resources management has fewer challenges.

text: Annual rainfall averages ~600 mm which equates to 1,668 km; however, about 83% of this precipitation is lost through

text: evapotranspiration

text: and

text: evaporation

text: . Subsequently, internal renewable water resources are reduced to about 276 km. Runoff is also significant and is estimated at 814 km/year, of which 538 km comes from contributions originating in basins from Paraguay and Uruguay. These statistics are general for the entire country; however, Argentina is a large country encompassing 2.7 million km with weather patterns and climates that vary greatly. For example, the eastern edges of the Andes mountains are dry and water scarcity and droughts are an ongoing issue. In the greater Buenos Aires which is a lowland area, water pollution from industrial effluents, stormwater and flooding, and groundwater management are the major concerns. Down in the sparsely populated Patagonia region where there is ample quantities of high quality water, water resources management has fewer challenges.

answers: NDQ_001768

answers: internal renewable water resources

answers: NDQ_001769

answers: municipal effluents

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: What are the main concerns in the greater Buenos Aires?

answers: NDQ_001772

answers: industrial effluent

answers: NDQ_001773

answers: Which of the following is not a source of water pollution: industrial effluents, stormwater and flooding, or groundwater management?

answers: NDQ_001774

answers: evapotranspiration and evaporation

answers: NDQ_001775

answers: industrial effluents

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: water pollution from industrial effluents

answers: NDQ_001781

answers: evapotranspiration

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water pollution: industrial effluents, stormwater and flooding, or groundwater management?

answers: NDQ_001788

answers: What are the major concerns in the greater Buenos Aires

answers: NDQ_001789

answers: Which of the following is not a source of water: evapotranspiration and evaporation or groundwater?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations:

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: what is the eastern edges of the Andes mountains

answers: NDQ_001797

answers: Why is water scarcity and droughts an ongoing issue?

answers: NDQ_001798

answers: How many percent of this precipitation is lost

answers: NDQ_001799

answers: What does the passage say about water quality?

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: in the greater Buenos Aires which is a lowland area

answers: NDQ_001803

answers: runoff

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: evaporation

answers: NDQ_001768

answers: internal renewable water resources

answers: NDQ_001769

answers: industrial effluents,

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: Runoff

answers: NDQ_001772

answers: industrial effluents,

answers: NDQ_001773

answers: industrial effluents,

answers: NDQ_001774

answers: evapotranspiration and evaporation.

answers: NDQ_001775

answers: effluents,

answers: NDQ_001776

answers: water pollution from industrial effluents,

answers: NDQ_001777

answers: sparsely populated Patagonia region

answers: NDQ_001778

answers: industrial effluents,

answers: NDQ_001781

answers: evapotranspiration and evaporation.

answers: NDQ_001782

answers: water scarcity

answers: NDQ_001785

answers: 83% of this precipitation is lost through evapotranspiration

answers: NDQ_001787

answers: industrial effluents,

answers: NDQ_001788

answers: industrial effluents,

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: Patagonia

answers: NDQ_001791

answers: 83% of this precipitation is lost through evapotranspiration

answers: NDQ_001792

answers: water scarcity and droughts are an ongoing issue.

answers: NDQ_001793

answers: Patagonia

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: water scarcity

answers: NDQ_001796

answers: water pollution from industrial effluents,

answers: NDQ_001797

answers: water scarcity and droughts are an ongoing issue.

answers: NDQ_001798

answers: internal renewable water resources are reduced to about 276 km.

answers: NDQ_001799

answers: water pollution from industrial effluents,

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: industrial effluents,

answers: NDQ_001803

answers: stormwater and flooding,

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: industrial effluents,

text: The proposed amendment to the constitution dealt with the issue of water supply and sanitation, including a statement that access to piped water and sanitation were fundamental human rights, and that

text: The proposed amendment to the

text: constitution

text: dealt with the issue of water supply and sanitation, including a statement that access to piped water and sanitation were fundamental human rights, and that

answers: NDQ_001768

answers: piped water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: sanitation problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used in the manufacture of fertilizers.

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: the climate

answers: NDQ_001778

answers: access to piped water

answers: NDQ_001781

answers: wastes too much

answers: NDQ_001782

answers: None of the above choices .

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It is important to protect the environment.

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It is not a problem.

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: It is likely that glaciers are a source of water in some locations.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no one can answer the question

answers: NDQ_001795

answers: no one

answers: NDQ_001796

answers: sanitation

answers: NDQ_001797

answers: Drier climates generally have less water for people to use.

answers: NDQ_001798

answers: It's a good thing

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used for drinking water

answers: NDQ_001805

answers: sanitation

answers: NDQ_001768

answers: piped water

answers: NDQ_001769

answers: sanitation,

answers: NDQ_001770

answers: sanitation,

answers: NDQ_001771

answers: access to piped water

answers: NDQ_001772

answers: piped water

answers: NDQ_001773

answers: water supply and sanitation, including a statement that access to piped water

answers: NDQ_001774

answers: piped water

answers: NDQ_001775

answers: sanitation,

answers: NDQ_001776

answers: water supply and sanitation,

answers: NDQ_001777

answers: piped water

answers: NDQ_001778

answers: access to piped water

answers: NDQ_001781

answers: access to piped water

answers: NDQ_001782

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001785

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001787

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001788

answers: access to piped water

answers: NDQ_001789

answers: access to piped water

answers: NDQ_001790

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001791

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001792

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001793

answers: access to piped water

answers: NDQ_001794

answers: access to piped water

answers: NDQ_001795

answers: access to piped water

answers: NDQ_001796

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001797

answers: access to piped water

answers: NDQ_001798

answers: access to piped water and sanitation were fundamental human rights,

answers: NDQ_001799

answers: piped water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: access to piped water

answers: NDQ_001802

answers: access to piped water

answers: NDQ_001803

answers: piped water

answers: NDQ_001804

answers: piped water

answers: NDQ_001805

answers: piped water

text: Mekorot bulk water tariffs The prices Mekorot is entitled to charge are the rates set by the Ministers of Energy and Water and Finance, approved by the Knesset's Finance Committee, and updated from time to time according to the changes in the Consumer Price Index, electricity rates and the average wage index. The rates are categorized by the different uses: domestic, consumption and services, industry and agriculture. The rates for industrial and agriculture uses are lower than those for domestic consumption and services.  Water for agriculture is supplied on a less reliable basis and is of poorer quality. Subsidies are provided for agriculture and for remote and elevated localities. The bulk water tariff for a specific use is the same throughout the country, irrespective of the difference in costs of supplying water to a specific locality. Mekorot bulk water tariffs were increased by 25% in January 2010, to a large extent to absorb increases in electricity prices. Energy accounts for an ever larger share of water supply costs because of the increasing share of seawater desalination.

text: Mekorot bulk

text: water tariff

text: s The prices Mekorot is entitled to charge are the rates set by the Ministers of Energy and Water and Finance, approved by the Knesset's Finance Committee, and updated from time to time according to the changes in the Consumer Price Index, electricity rates and the average wage index. The rates are categorized by the different uses: domestic, consumption and services, industry and agriculture. The rates for industrial and agriculture uses are lower than those for domestic consumption and services.  Water for agriculture is supplied on a less reliable basis and is of poorer quality. Subsidies are provided for agriculture and for remote and elevated localities. The bulk water tariff for a specific use is the same throughout the country, irrespective of the difference in costs of supplying water to a specific locality. Mekorot bulk water tariffs were increased by 25% in January 2010, to a large extent to absorb increases in electricity prices. Energy accounts for an ever larger share of water supply costs because of the increasing share of seawater desalination.

answers: NDQ_001768

answers: domestic, consumption and services

answers: NDQ_001769

answers: domestic consumption and services

answers: NDQ_001770

answers: electricity prices to increase

answers: NDQ_001771

answers: domestic consumption and services

answers: NDQ_001772

answers: Mekorot

answers: NDQ_001773

answers: The rates for industrial and agriculture uses are lower than those for domestic consumption and services. Water for agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001774

answers: is of poorer quality

answers: NDQ_001775

answers: The rates are categorized by the different uses

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: rates for industrial and agriculture uses

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: poorer quality

answers: NDQ_001782

answers: Which of the following is not a type of life: domestic, consumption and services, industry and agriculture?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Water for agriculture is supplied on a less reliable basis

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the bulk water tariff for a specific use the same throughout the country?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Mekorot bulk water tariffs were increased by 25% in January 2010

answers: NDQ_001797

answers: Which of the following is not a type of use: domestic, consumption and services, industry and agriculture?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: energy accounts for an ever larger share of water supply costs

answers: NDQ_001801

answers: January 2010

answers: NDQ_001802

answers: Water for agriculture is supplied on a less reliable basis and is of poorer quality

answers: NDQ_001803

answers: Subsidies

answers: NDQ_001804

answers: Seawater desalination

answers: NDQ_001805

answers: seawater desalination

answers: NDQ_001768

answers: agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001769

answers: domestic,

answers: NDQ_001770

answers: agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001771

answers: consumption and services.

answers: NDQ_001772

answers: industry and agriculture.

answers: NDQ_001773

answers: Water for agriculture

answers: NDQ_001774

answers: agriculture

answers: NDQ_001775

answers: The rates for industrial and agriculture uses are lower

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: difference in costs of supplying water to a specific locality.

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: poorer quality.

answers: NDQ_001782

answers: domestic, consumption and services, industry and agriculture.

answers: NDQ_001785

answers: 25% in January 2010,

answers: NDQ_001787

answers: Mekorot bulk water tariffs were increased by 25% in January 2010,

answers: NDQ_001788

answers: agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001789

answers: seawater desalination.

answers: NDQ_001790

answers: Mekorot bulk water tariffs were increased by 25% in January 2010,

answers: NDQ_001791

answers: 25% in January 2010,

answers: NDQ_001792

answers: remote and elevated localities.

answers: NDQ_001793

answers: agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001794

answers: 25% in January 2010,

answers: NDQ_001795

answers: 25% in January 2010,

answers: NDQ_001796

answers: Mekorot bulk water tariffs were increased by 25% in January 2010,

answers: NDQ_001797

answers: agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001798

answers: Mekorot bulk water tariffs were increased by 25% in January 2010,

answers: NDQ_001799

answers: agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001800

answers: seawater desalination.

answers: NDQ_001801

answers: 2010,

answers: NDQ_001802

answers: agriculture is supplied on a less reliable basis and is of poorer quality.

answers: NDQ_001803

answers: Subsidies are provided for agriculture

answers: NDQ_001804

answers: Mekorot

answers: NDQ_001805

answers: seawater desalination.

text: Drinking water & beverage facilities: Multi Oxidant is a proven disinfectant for improving the quality and safety of drinking water with significant economic savings. For providing clean, safe drinking water ranges from rural communities to large cities. Also providing clean, safe water at food and beverage facilities.  It's Ideally suited for carbonated soft drinks bottling, Brewing, Dairy Farms and Dairy and Food Processing applications.

text: Drinking water & beverage facilities: Multi Oxidant is a proven disinfectant for improving the quality and safety of drinking water with significant economic savings. For providing clean, safe drinking water ranges from rural communities to large cities. Also providing clean, safe water at food and beverage facilities.  It's Ideally suited for carbonated

text: soft drinks

text: bottling,

text: Brewing

text: Dairy

text: Farms and Dairy and

text: Food Processing

text: applications.

answers: NDQ_001768

answers: clean, safe drinking water

answers: NDQ_001769

answers: Drinking water

answers: NDQ_001770

answers: Drinking water & beverage facilities

answers: NDQ_001771

answers: Brewing

answers: NDQ_001772

answers: food and beverage facilities

answers: NDQ_001773

answers: Which of the following is not a food processing application: Brewing, Dairy Farms or Dairy and Food Processing?

answers: NDQ_001774

answers: is not disinfected

answers: NDQ_001775

answers: Brewing

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rural communities to large cities

answers: NDQ_001778

answers: Dairy farms

answers: NDQ_001781

answers: is not disinfected

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is true of Multi Oxidant?

answers: NDQ_001787

answers: Which of the following is not a type of disinfectant: Multi Oxidant, Brewing, Dairy, or Food Processing?

answers: NDQ_001788

answers: Drinking water & beverage facilities

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: None of the above choices .

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a reason to use Multi Oxidant?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Multi Oxidant is a proven disinfectant

answers: NDQ_001797

answers: Which of the following is true of Multi Oxidant?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is ideally suited for carbonated soft drinks bottling?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: NDQ_001802

answers: from rural communities to large cities

answers: NDQ_001803

answers: a proven disinfectant

answers: NDQ_001804

answers: is a proven disinfectant

answers: NDQ_001805

answers: Food and beverage

answers: NDQ_001768

answers: rural communities to large cities.

answers: NDQ_001769

answers: large cities.

answers: NDQ_001770

answers: drinking water

answers: NDQ_001771

answers: Brewing,

answers: NDQ_001772

answers: large cities.

answers: NDQ_001773

answers: Dairy Farms

answers: NDQ_001774

answers: drinking water

answers: NDQ_001775

answers: Dairy and Food Processing

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: rural communities to large cities.

answers: NDQ_001778

answers: Dairy Farms

answers: NDQ_001781

answers: Multi Oxidant

answers: NDQ_001782

answers: Multi Oxidant

answers: NDQ_001785

answers: Multi Oxidant

answers: NDQ_001787

answers: Multi Oxidant

answers: NDQ_001788

answers: Dairy Farms

answers: NDQ_001789

answers: drinking water

answers: NDQ_001790

answers: Multi Oxidant

answers: NDQ_001791

answers: Multi Oxidant

answers: NDQ_001792

answers: rural communities to large cities.

answers: NDQ_001793

answers: rural communities to large cities.

answers: NDQ_001794

answers: rural communities to large cities.

answers: NDQ_001795

answers: Multi Oxidant

answers: NDQ_001796

answers: Multi Oxidant

answers: NDQ_001797

answers: rural communities to large cities.

answers: NDQ_001798

answers: significant economic savings.

answers: NDQ_001799

answers: Multi Oxidant

answers: NDQ_001800

answers: economic savings.

answers: NDQ_001801

answers: Drinking water & beverage facilities: Multi Oxidant

answers: NDQ_001802

answers: rural communities to large cities.

answers: NDQ_001803

answers: Dairy Farms

answers: NDQ_001804

answers: Multi Oxidant

answers: NDQ_001805

answers: food and beverage facilities.

text: In an interview on BBC, Dr, Ashitey Trebi-Ollennu noted that he had started a project in his home country of Ghana to make a more likable and fun subject. He worked on the Phoenix (spacecraft) that found water on Mars. He is currently working on robots for the InSight mission.

text: In an interview on BBC, Dr, Ashitey Trebi-Ollennu noted that he had started a project in his home country of Ghana to make a more likable and fun subject. He worked on the

text: Phoenix (spacecraft)

text: that found water on Mars. He is currently working on robots for the

text: InSight

text: mission.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Mars to dry out

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Mars

answers: NDQ_001773

answers: What does Ashitey Trebi-Ollennu work on?

answers: NDQ_001774

answers: is found on Mars

answers: NDQ_001775

answers: to make robots

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Earth's temperature

answers: NDQ_001778

answers: cutting down trees

answers: NDQ_001781

answers: is too hot

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a possible reason for Dr. Trebi-Ollennu to start a project in Ghana?

answers: NDQ_001788

answers: Which of the following is not a benefit of large irrigation systems?

answers: NDQ_001789

answers: What does the Phoenix (spacecraft) find on Mars?

answers: NDQ_001790

answers: Which of the following is not a problem: water scarcity or Mars?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: InSight mission

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, Mars, or Ghana?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: watering can

answers: NDQ_001804

answers: can not be used to collect water

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Ghana

answers: NDQ_001769

answers: Ghana to make a more likable and fun subject.

answers: NDQ_001770

answers: Ghana

answers: NDQ_001771

answers: fun subject.

answers: NDQ_001772

answers: Ghana

answers: NDQ_001773

answers: Ghana

answers: NDQ_001774

answers: Mars.

answers: NDQ_001775

answers: robots

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Ghana

answers: NDQ_001778

answers: robots

answers: NDQ_001781

answers: Ghana

answers: NDQ_001782

answers: water on Mars.

answers: NDQ_001785

answers: Ashitey Trebi-Ollennu

answers: NDQ_001787

answers: Ashitey Trebi-Ollennu

answers: NDQ_001788

answers: Ashitey Trebi-Ollennu

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: Dr, Ashitey Trebi-Ollennu

answers: NDQ_001791

answers: Mars.

answers: NDQ_001792

answers: water on Mars.

answers: NDQ_001793

answers: Ghana

answers: NDQ_001794

answers: Mars.

answers: NDQ_001795

answers: Ashitey Trebi-Ollennu

answers: NDQ_001796

answers: Ghana

answers: NDQ_001797

answers: Ghana

answers: NDQ_001798

answers: Ashitey Trebi-Ollennu

answers: NDQ_001799

answers: (spacecraft) that found water on Mars.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Ghana

answers: NDQ_001802

answers: water on Mars.

answers: NDQ_001803

answers: robots

answers: NDQ_001804

answers: Ghana

answers: NDQ_001805

answers: robots

text: Water is not present in the piping until the system operates; instead, the piping is filled with air at a pressure below the water supply pressure. To prevent the larger water supply pressure from prematurely forcing water into the piping, the design of the dry pipe valve (a specialized type of check valve) results in a greater force on top of the check valve clapper by the use of a larger valve clapper area exposed to the piping air pressure, as compared to the higher water pressure but smaller clapper surface area.

text: Water is not present in the piping until the system operates; instead, the piping is filled with air at a pressure below the water supply pressure. To prevent the larger water supply pressure from prematurely forcing water into the piping, the design of the dry pipe valve (a specialized type of

text: check valve

text: ) results in a greater force on top of the check valve clapper by the use of a larger valve clapper area exposed to the piping air pressure, as compared to the higher water pressure but smaller clapper surface area.

answers: NDQ_001768

answers: dry pipe valve

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: dry pipe valve

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used to control the growth of crops

answers: NDQ_001774

answers: is not present in the piping until the system operates

answers: NDQ_001775

answers: piping

answers: NDQ_001776

answers: lack of sanitation

answers: NDQ_001777

answers: water supply pressure

answers: NDQ_001778

answers: prematurely forcing water

answers: NDQ_001781

answers: is not present in the piping until the system operates

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices are true

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why is the piping filled with air at a pressure below the water supply pressure

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: is not present in the piping

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: dry pipe

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: air at a pressure below the water supply pressure.

answers: NDQ_001769

answers: operates;

answers: NDQ_001770

answers: prematurely forcing water into the piping,

answers: NDQ_001771

answers: Water

answers: NDQ_001772

answers: dry pipe valve

answers: NDQ_001773

answers: dry pipe valve

answers: NDQ_001774

answers: piping is filled with air at a pressure below the water supply pressure.

answers: NDQ_001775

answers: system operates;

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: water supply pressure.

answers: NDQ_001778

answers: prematurely forcing water

answers: NDQ_001781

answers: piping is filled with air at a pressure below the water supply pressure.

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: air at a pressure below the water supply pressure.

answers: NDQ_001788

answers: piping is filled with air at a pressure below the water supply pressure.

answers: NDQ_001789

answers: water supply pressure.

answers: NDQ_001790

answers: Water

answers: NDQ_001791

answers: Water

answers: NDQ_001792

answers: Water

answers: NDQ_001793

answers: air at a pressure below the water supply pressure.

answers: NDQ_001794

answers: Water is not present in the piping

answers: NDQ_001795

answers: Water

answers: NDQ_001796

answers: Water

answers: NDQ_001797

answers: Water

answers: NDQ_001798

answers: air at a pressure below the water supply pressure.

answers: NDQ_001799

answers: Water is not present in the piping until the system operates;

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: air at a pressure below the water supply pressure.

answers: NDQ_001802

answers: air at a pressure below the water supply pressure.

answers: NDQ_001803

answers: dry pipe valve

answers: NDQ_001804

answers: dry pipe

answers: NDQ_001805

answers: Water

text: As global populations grow, and as demand for food increases in a world with a fixed water supply, there are efforts under way to learn how to produce more food with less water, through improvements in irrigation  methods  and technologies, agricultural water management, crop types, and water monitoring. Aquaculture is a small but growing agricultural use of water.  Freshwater commercial fisheries may also be considered as agricultural uses of water, but have generally been assigned a lower priority than irrigation (see Aral Sea and Pyramid Lake).

text: As global populations grow, and as demand for food increases in a world with a fixed water supply, there are efforts under way to learn how to produce more food with less water, through improvements in irrigation  methods  and

text: technologies

text: , agricultural

text: water management

text: , crop types, and water monitoring.

text: Aquaculture

text: is a small but growing agricultural use of water.  Freshwater commercial fisheries may also be considered as agricultural uses of water, but have generally been assigned a lower priority than irrigation (see

text: Aral Sea

text: and

text: Pyramid Lake

answers: NDQ_001768

answers: Aquaculture

answers: NDQ_001769

answers: agricultural uses of water

answers: NDQ_001770

answers: freshwater commercial fisheries to be assigned a lower priority than irrigation

answers: NDQ_001771

answers: Fishing

answers: NDQ_001772

answers: Aquaculture

answers: NDQ_001773

answers: Which of the following is not an agricultural use of water: aquaculture, irrigation, or aquaculture?

answers: NDQ_001774

answers: irrigation methods and technologies

answers: NDQ_001775

answers: Agricultural water management

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: demand for food

answers: NDQ_001778

answers: global populations grow

answers: NDQ_001781

answers: unsuitable for crops

answers: NDQ_001782

answers: Which of the following is not a type of agricultural use of water: freshwater commercial fisheries or irrigation?

answers: NDQ_001785

answers: How can we live longer without food than we can without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is a small but growing agricultural use of water?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: How are glaciers a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is a small but growing agricultural use of water?

answers: NDQ_001797

answers: What is the reason for the efforts to produce more food with less water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: Freshwater commercial fisheries

answers: NDQ_001768

answers: Aquaculture

answers: NDQ_001769

answers: agricultural water management, crop types, and water monitoring. Aquaculture

answers: NDQ_001770

answers: more food with less water,

answers: NDQ_001771

answers: Aquaculture

answers: NDQ_001772

answers: Aquaculture

answers: NDQ_001773

answers: Aquaculture

answers: NDQ_001774

answers: less water,

answers: NDQ_001775

answers: produce more food

answers: NDQ_001776

answers: populations

answers: NDQ_001777

answers: fixed water supply,

answers: NDQ_001778

answers: global populations grow,

answers: NDQ_001781

answers: less water,

answers: NDQ_001782

answers: Aquaculture

answers: NDQ_001785

answers: food with less water,

answers: NDQ_001787

answers: efforts under way to learn how to produce more food with less water,

answers: NDQ_001788

answers: there are efforts under way to learn how to produce more food with less water,

answers: NDQ_001789

answers: Aquaculture

answers: NDQ_001790

answers: fixed water supply,

answers: NDQ_001791

answers: Aquaculture is a small but growing agricultural use of water.

answers: NDQ_001792

answers: Freshwater commercial fisheries

answers: NDQ_001793

answers: fixed water supply,

answers: NDQ_001794

answers: a fixed water supply,

answers: NDQ_001795

answers: fixed water supply,

answers: NDQ_001796

answers: Aquaculture

answers: NDQ_001797

answers: there are efforts under way to learn how to produce more food with less water,

answers: NDQ_001798

answers: efforts under way to learn how to produce more food with less water,

answers: NDQ_001799

answers: Aquaculture

answers: NDQ_001800

answers: fixed water supply,

answers: NDQ_001801

answers: there are efforts under way to learn how to produce more food with less water,

answers: NDQ_001802

answers: there are efforts under way to learn how to produce more food with less water,

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: irrigation

text: The accompanying Water Fluoridation Regulation 2008 listed 134 drinking water supplies that were to be fluoridated by 31 December 2012. Of the drinking water supplies listed in the Regulation, 32 comprised the SEQ Water Grid located in Southeast Queensland. The fluoridation of these supplies by the end of 2009 accounted for the largest increase in people currently receiving fluoridated water in Queensland (approximately 2.6 million people in 2006 or 68% of the Queensland population).

text: The accompanying Water Fluoridation Regulation 2008 listed 134 drinking water supplies that were to be fluoridated by 31 December 2012. Of the drinking water supplies listed in the Regulation, 32 comprised the

text: SEQ Water Grid

text: located in

text: Southeast Queensland

text: . The fluoridation of these supplies by the end of 2009 accounted for the largest increase in people currently receiving fluoridated water in Queensland (approximately 2.6 million people in 2006 or 68% of the Queensland population).

answers: NDQ_001768

answers: fluoridated water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Fluoridation

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Queensland

answers: NDQ_001773

answers: Which of the following is not a type of chemical: Agricultural chemicals or water fluoridation?

answers: NDQ_001774

answers: is not fluoridated

answers: NDQ_001775

answers: drinking

answers: NDQ_001776

answers: fluoridation

answers: NDQ_001777

answers: 134 drinking water supplies

answers: NDQ_001778

answers: receiving fluoridated water

answers: NDQ_001781

answers: fluoridated

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: How many drinking water supplies were to be fluoridated by 31 December 2012?

answers: NDQ_001788

answers: How many drinking water supplies were to be fluoridated by 31 December 2012?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: How many drinking water supplies were to be fluoridated by 31 December 2012?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many drinking water supplies were to be fluoridated by 31 December 2012

answers: NDQ_001797

answers: How many drinking water supplies did the SEQ Water Grid comprise?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: fluoridation of these supplies by the end of 2009

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: SEQ Water Grid

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: 134 drinking water supplies that were to be fluoridated

answers: NDQ_001771

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001772

answers: people currently receiving fluoridated water in Queensland

answers: NDQ_001773

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001774

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: 134 drinking water

answers: NDQ_001777

answers: 134 drinking water supplies

answers: NDQ_001778

answers: Water Fluoridation

answers: NDQ_001781

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001782

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001785

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001787

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001788

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001789

answers: SEQ Water Grid

answers: NDQ_001790

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001791

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001792

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001793

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001794

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001795

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001796

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001797

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001798

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001799

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001800

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001801

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

answers: NDQ_001802

answers: 68% of the Queensland population).

answers: NDQ_001803

answers: Water Fluoridation

answers: NDQ_001804

answers: SEQ Water Grid

answers: NDQ_001805

answers: 134 drinking water supplies that were to be fluoridated by 31 December 2012.

text: Aquifers are critically important in human habitation and agriculture. Deep aquifers in arid areas have long been water sources for irrigation (see Ogallala below). Many villages and even large cities draw their water supply from wells in aquifers.

text: Aquifers are critically important in human habitation and agriculture. Deep aquifers in arid areas have long been water sources for irrigation (see Ogallala below). Many villages and even large cities draw their water supply from wells in aquifers.

answers: NDQ_001768

answers: aquifers

answers: NDQ_001769

answers: human habitation and agriculture

answers: NDQ_001770

answers: Aquifers to dry out

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of water: aquifers, aquifers, or aquifers?

answers: NDQ_001774

answers: aquifers are flooded

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: Aquifers

answers: NDQ_001777

answers: aquifers

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: lacks aquifers

answers: NDQ_001782

answers: Which of the following is not a form of life: human habitation, agriculture, or wells?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a use of aquifers: agriculture, habitation, or wells?

answers: NDQ_001788

answers: Which of the following is not a reason for aquifers to be critically important in human habitation and agriculture?

answers: NDQ_001789

answers: Why are aquifers important in human habitation?

answers: NDQ_001790

answers: Which of the following is not a source of water: aquifers or aquifers?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: Aquifers are critically important in human habitation

answers: NDQ_001797

answers: Why are aquifers important in human habitation and agriculture?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Aquifers

answers: NDQ_001769

answers: large cities

answers: NDQ_001770

answers: Aquifers

answers: NDQ_001771

answers: Deep aquifers

answers: NDQ_001772

answers: agriculture.

answers: NDQ_001773

answers: Aquifers

answers: NDQ_001774

answers: Aquifers

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: Aquifers

answers: NDQ_001777

answers: Aquifers

answers: NDQ_001778

answers: agriculture.

answers: NDQ_001781

answers: Aquifers

answers: NDQ_001782

answers: Aquifers

answers: NDQ_001785

answers: Aquifers

answers: NDQ_001787

answers: Deep aquifers

answers: NDQ_001788

answers: Aquifers

answers: NDQ_001789

answers: aquifers.

answers: NDQ_001790

answers: Aquifers

answers: NDQ_001791

answers: Aquifers

answers: NDQ_001792

answers: Aquifers

answers: NDQ_001793

answers: Aquifers

answers: NDQ_001794

answers: Aquifers

answers: NDQ_001795

answers: Aquifers

answers: NDQ_001796

answers: Aquifers

answers: NDQ_001797

answers: Deep aquifers

answers: NDQ_001798

answers: Aquifers

answers: NDQ_001799

answers: Aquifers

answers: NDQ_001800

answers: Aquifers

answers: NDQ_001801

answers: Ogallala

answers: NDQ_001802

answers: Aquifers

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: agriculture.

text: Continuity of water supply is poor in most Yemeni cities. For example, in Taiz, the frequency of the public piped water delivery is only once about every 40 days. More and more people have to rely on more costly water provided by private wells supplying water tankers. The quality of this water is questionable because these tankers have often been used for other purposes without appropriate cleaning. According to the Ministry of Water and Environment, 15 of 23 urban water utilities provided water every day for between 12 and 24 hours in 2007. These data do not differentiate between utilities with continuous supply and those with intermittent supply of a “moderate” sort (more than 12 hours daily water supply). The 15 cities thus include Sana’a and Aden that provide intermittent water supply. Four other towns provided water on a daily basis, but less than 12 hours per day. The city of Ibb and the town of Bajil provide water only once a week. And the utilities in Taiz and Mahwit provided water only less than once a week in 2007. However, there are potentially conflicting reports about the continuity of supply. For example, the Ministry reported that water was being provided on a daily basis in Amran in 2007. However, 100% of the respondents to a household survey in the same town in 2008 indicated that they received water only once a week or even once a month.

text: Continuity of water supply is poor in most Yemeni cities. For example, in

text: Taiz

text: , the frequency of the public piped water delivery is only once about every 40 days. More and more people have to rely on more costly water provided by private wells supplying water tankers. The quality of this water is questionable because these tankers have often been used for other purposes without appropriate cleaning. According to the Ministry of Water and Environment, 15 of 23 urban water utilities provided water every day for between 12 and 24 hours in 2007. These data do not differentiate between utilities with continuous supply and those with intermittent supply of a “moderate” sort (more than 12 hours daily water supply). The 15 cities thus include Sana’a and Aden that provide intermittent water supply. Four other towns provided water on a daily basis, but less than 12 hours per day. The city of

text: Ibb

text: and the town of

text: Bajil

text: provide water only once a week. And the utilities in

text: Taiz

text: and

text: Mahwit

text: provided water only less than once a week in 2007. However, there are potentially conflicting reports about the continuity of supply. For example, the Ministry reported that water was being provided on a daily basis in

text: Amran

text: in 2007. However, 100% of the respondents to a household survey in the same town in 2008 indicated that they received water only once a week or even once a month.

answers: NDQ_001768

answers: private wells supplying water tankers

answers: NDQ_001769

answers: What does the Ministry of Water and Environment refer to?

answers: NDQ_001770

answers: Why is the quality of this water questionable?

answers: NDQ_001771

answers: How many cities did the Ministry report water was being provided on a daily basis in?

answers: NDQ_001772

answers: private wells

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: tankers are not cleaned

answers: NDQ_001775

answers: What is the Ministry of Water and Environment?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the availability of what?

answers: NDQ_001778

answers: receiving water only once a week or even once a month

answers: NDQ_001781

answers: does not have proper cleaning

answers: NDQ_001782

answers: Which of the following is not a form of life: human, animal, or plant?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: According to the Ministry of Water and Environment, 15 of 23 urban water utilities provided water every day for how many hours?

answers: NDQ_001788

answers: According to the Ministry of Water and Environment, 15 of 23 urban water utilities provided water every day

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: How many cities thus include Sana’a and Aden that provide intermittent water supply?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where does most of the fresh water on Earth come from?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many cities thus include Sana’a and Aden that provide intermittent water supply?

answers: NDQ_001797

answers: Which of the following is not a city: Sana'a, Aden, or Taiz?

answers: NDQ_001798

answers: How many cities provided water every day for between 12 and 24 hours in 2007?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: in Taiz

answers: NDQ_001802

answers: Continuity of water supply is poor in most Yemeni cities

answers: NDQ_001803

answers: water tankers

answers: NDQ_001804

answers: private wells

answers: NDQ_001805

answers: water tankers

answers: NDQ_001768

answers: private wells supplying water tankers.

answers: NDQ_001769

answers: 15 of 23 urban water utilities

answers: NDQ_001770

answers: these tankers have often been used for other purposes without appropriate cleaning.

answers: NDQ_001771

answers: private wells supplying water tankers.

answers: NDQ_001772

answers: private wells supplying water tankers.

answers: NDQ_001773

answers: Continuity of water

answers: NDQ_001774

answers: these tankers have often been used for other purposes without appropriate cleaning.

answers: NDQ_001775

answers: water tankers.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: private wells

answers: NDQ_001778

answers: private wells supplying water tankers.

answers: NDQ_001781

answers: these tankers have often been used for other purposes without appropriate cleaning.

answers: NDQ_001782

answers: Continuity of water supply is poor in most Yemeni cities.

answers: NDQ_001785

answers: once about every 40 days.

answers: NDQ_001787

answers: private wells supplying water tankers.

answers: NDQ_001788

answers: these tankers have often been used for other purposes without appropriate cleaning.

answers: NDQ_001789

answers: water tankers.

answers: NDQ_001790

answers: once about every 40 days.

answers: NDQ_001791

answers: 15

answers: NDQ_001792

answers: private wells

answers: NDQ_001793

answers: Continuity of water supply is poor in most Yemeni cities.

answers: NDQ_001794

answers: private wells

answers: NDQ_001795

answers: once a week or even once a month.

answers: NDQ_001796

answers: private wells supplying water tankers.

answers: NDQ_001797

answers: Continuity of water supply is poor in most Yemeni cities.

answers: NDQ_001798

answers: private wells supplying water tankers.

answers: NDQ_001799

answers: water tankers.

answers: NDQ_001800

answers: Continuity of water supply

answers: NDQ_001801

answers: Amran

answers: NDQ_001802

answers: The quality of this water is questionable

answers: NDQ_001803

answers: private wells

answers: NDQ_001804

answers: private wells

answers: NDQ_001805

answers: water tankers.

text: Federal projects can overrule this state system, and this is true for the Colorado-Big Thompson Project (CBT). The CBT Dam is a Bureau of Reclamation irrigation project where a water market has developed, and is based on a proportional rights system. This market has been in operation since the early 1960s, and has well-developed infrastructure to move water within the area of service. There are market prices, brokers, short term rentals and permanent leases of water in this system, and trades within the agricultural sector and between the agricultural and municipal and industrial sectors.Water rights are homogeneous and trades are in allotments of the use of  (for 1 year) of the  per year of water supplied by the CBT; and each acre-foot is a tradable allotment. Water rights are thus well defined, and understood by traders. Supplies are also reliable, and the delivery of water assured- users know what they are getting. The CBT was developed to supply water that is supplemental to a users main supply (to reduce variability in supplies), so in wet years the quota is cut back proportionally for all shareholders to save for drier years. Similarly, if there is less than  available for a given year, all supplies are cut back proportionally. Additionally, conserved water can be transferred to another use, which is not the case in prior appropriation systems. Water can also be rented to users outside the district through exchanges and replacements and internal ditch companies also trade non-CBT water, though transaction costs are higher for these. Rental prices are less than allotments, because of the higher risk of unavailability, and make up 30% of transactions.

text: Federal projects can overrule this state system, and this is true for the

text: Colorado-Big Thompson Project

text: (CBT). The CBT Dam is a

text: Bureau of Reclamation

answers: NDQ_001768

answers: prior appropriation systems

answers: NDQ_001769

answers: What is the Bureau of Reclamation irrigation project

answers: NDQ_001770

answers: unavailability

answers: NDQ_001771

answers: Which of the following is not a use of water: irrigation, short term rentals, or permanent leases?

answers: NDQ_001772

answers: Federal projects

answers: NDQ_001773

answers: Which of the following is not a trade within the agricultural sector: agricultural chemicals or water?

answers: NDQ_001774

answers: prior appropriation systems

answers: NDQ_001775

answers: What are trades within the agricultural sector?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: in wet years

answers: NDQ_001778

answers: conserved water

answers: NDQ_001781

answers: does not have a water market

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is not the case in prior appropriation systems?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: Why is water scarcity not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not an example of a waterborne disease?

answers: NDQ_001797

answers: Which of the following is not a reason to save for drier years?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: in wet years the quota is cut back proportionally

answers: NDQ_001802

answers: the Colorado-Big Thompson Project (CBT)

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: CBT Dam

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: rented

answers: NDQ_001769

answers: rented to users outside the district through exchanges and replacements

answers: NDQ_001770

answers: unavailability,

answers: NDQ_001771

answers: rented

answers: NDQ_001772

answers: internal ditch companies

answers: NDQ_001773

answers: agricultural sector

answers: NDQ_001774

answers: drier years.

answers: NDQ_001775

answers: trades within the agricultural sector and between the agricultural and municipal and industrial sectors.Water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: wet years

answers: NDQ_001778

answers: rented

answers: NDQ_001781

answers: drier years.

answers: NDQ_001782

answers: rented

answers: NDQ_001785

answers: drier years.

answers: NDQ_001787

answers: drier years.

answers: NDQ_001788

answers: drier years.

answers: NDQ_001789

answers: rented

answers: NDQ_001790

answers: if there is less than available for a given year,

answers: NDQ_001791

answers: rented

answers: NDQ_001792

answers: rented to users outside the district through exchanges and replacements

answers: NDQ_001793

answers: drier years.

answers: NDQ_001794

answers: drier years.

answers: NDQ_001795

answers: Rental prices are less than allotments,

answers: NDQ_001796

answers: Rental prices are less than allotments,

answers: NDQ_001797

answers: rented

answers: NDQ_001798

answers: if there is less than available for a given year,

answers: NDQ_001799

answers: rented

answers: NDQ_001800

answers: drier years.

answers: NDQ_001801

answers: all supplies are cut back proportionally.

answers: NDQ_001802

answers: 30%

answers: NDQ_001803

answers: rented

answers: NDQ_001804

answers: internal ditch companies

answers: NDQ_001805

answers: irrigation project

text: Fresh water generators (Evaporators) use salinometers on the distillate discharge in order to gauge the quality of the water. Water from the evaporator can be destined for potable water supplies, so salty water is not desirable for human consumption.

text: Fresh water generators (

text: Evaporators

text: ) use salinometers on the distillate discharge in order to gauge the quality of the water. Water from the evaporator can be destined for potable water supplies, so salty water is not desirable for human consumption.

answers: NDQ_001768

answers: salty water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: salty water

answers: NDQ_001771

answers: salty water

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used in the production of fertilizers and pesticides.

answers: NDQ_001774

answers: salty

answers: NDQ_001775

answers: distillation

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: human consumption

answers: NDQ_001781

answers: salty

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: salty water

answers: NDQ_001797

answers: Why is salty water not desirable for human consumption?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be described as

answers: NDQ_001802

answers: salty water

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to collect water

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: potable water supplies,

answers: NDQ_001769

answers: potable water supplies,

answers: NDQ_001770

answers: salty water is not desirable for human consumption.

answers: NDQ_001771

answers: salty water is not desirable for human consumption.

answers: NDQ_001772

answers: human consumption.

answers: NDQ_001773

answers: Fresh water generators

answers: NDQ_001774

answers: salty water

answers: NDQ_001775

answers: potable water supplies,

answers: NDQ_001776

answers: salty water is not desirable for human consumption.

answers: NDQ_001777

answers: quality of the water.

answers: NDQ_001778

answers: consumption.

answers: NDQ_001781

answers: salty water is not desirable for human consumption.

answers: NDQ_001782

answers: salty water is not desirable for human consumption.

answers: NDQ_001785

answers: salty water is not desirable for human consumption.

answers: NDQ_001787

answers: salty water is not desirable for human consumption.

answers: NDQ_001788

answers: salty water is not desirable for human consumption.

answers: NDQ_001789

answers: Fresh water generators

answers: NDQ_001790

answers: salty water is not desirable for human consumption.

answers: NDQ_001791

answers: Fresh water generators (Evaporators) use salinometers

answers: NDQ_001792

answers: Fresh water generators

answers: NDQ_001793

answers: salty water is not desirable for human consumption.

answers: NDQ_001794

answers: Fresh water generators

answers: NDQ_001795

answers: salty water is not desirable for human consumption.

answers: NDQ_001796

answers: salty water is not desirable for human consumption.

answers: NDQ_001797

answers: salty water is not desirable for human consumption.

answers: NDQ_001798

answers: salty water is not desirable for human consumption.

answers: NDQ_001799

answers: salty water is not desirable for human consumption.

answers: NDQ_001800

answers: salty water is not desirable for human consumption.

answers: NDQ_001801

answers: Fresh

answers: NDQ_001802

answers: salty water is not desirable for human consumption.

answers: NDQ_001803

answers: Fresh water generators

answers: NDQ_001804

answers: Fresh water generators

answers: NDQ_001805

answers: human consumption.

text: Water safety plans are considered by the WHO as the most effective means of maintaining a safe supply of drinking water to the public. Their use should ensure that water is safe for all forms of human consumption and that it meets regulatory water standards relating to human health. ("Consumption" includes not only drinking per se, but also other forms of ordinary contact, such as bathing, dishwashing, and inhaling aerosolised water droplets.) Comprehensive risk assessment and risk management form the backbone of these plans, which aim to steer management of drinking water-related health risks away from end-of-pipe monitoring and response.

text: Water safety plans are considered by the WHO as the most effective means of maintaining a safe supply of

text: drinking water

text: to the public. Their use should ensure that water is safe for all forms of human consumption and that it meets regulatory water standards relating to human health. ("Consumption" includes not only drinking per se, but also other forms of ordinary contact, such as bathing, dishwashing, and inhaling aerosolised water droplets.) Comprehensive

text: risk assessment

text: and

text: risk management

text: form the backbone of these plans, which aim to steer management of drinking water-related health risks away from end-of-pipe monitoring and response.

answers: NDQ_001768

answers: bathing, dishwashing, and inhaling aerosolised water droplets

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: inhaling aerosolised water droplets

answers: NDQ_001771

answers: bathing

answers: NDQ_001772

answers: the public

answers: NDQ_001773

answers: are considered the most effective means of maintaining a safe supply of drinking water to the public

answers: NDQ_001774

answers: end-of-pipe

answers: NDQ_001775

answers: disinfection

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: Water safety plans

answers: NDQ_001778

answers: inhaling aerosolised water droplets

answers: NDQ_001781

answers: is not safe for human consumption

answers: NDQ_001782

answers: Which of the following is not a form of human consumption: bathing, dishwashing, and inhaling aerosolised water droplets?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is the most effective means of maintaining a safe supply of drinking water to the public

answers: NDQ_001788

answers: end-of-pipe monitoring

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: safe supply of drinking water to the public

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Drier climates generally have less water for people

answers: NDQ_001798

answers: water safety plans

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: is considered by the WHO

answers: NDQ_001802

answers: The use should ensure that water is safe for all forms of human consumption

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: end-of-pipe

answers: NDQ_001805

answers: bathing

answers: NDQ_001768

answers: Water safety plans

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: inhaling aerosolised water droplets.)

answers: NDQ_001771

answers: bathing, dishwashing,

answers: NDQ_001772

answers: drinking water

answers: NDQ_001773

answers: Water safety plans

answers: NDQ_001774

answers: end-of-pipe

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: Water safety plans

answers: NDQ_001778

answers: inhaling aerosolised water droplets.)

answers: NDQ_001781

answers: drinking water

answers: NDQ_001782

answers: water is safe for all forms of human consumption

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Water safety plans

answers: NDQ_001788

answers: drinking water

answers: NDQ_001789

answers: drinking water

answers: NDQ_001790

answers: Water safety plans

answers: NDQ_001791

answers: WHO as the most effective means of maintaining a safe supply of drinking water

answers: NDQ_001792

answers: drinking water

answers: NDQ_001793

answers: drinking water

answers: NDQ_001794

answers: drinking water

answers: NDQ_001795

answers: drinking water

answers: NDQ_001796

answers: Water safety plans

answers: NDQ_001797

answers: Water safety plans

answers: NDQ_001798

answers: Water safety plans

answers: NDQ_001799

answers: aerosolised water droplets.)

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Water safety plans

answers: NDQ_001802

answers: safe for all forms of human consumption and that it meets regulatory water standards

answers: NDQ_001803

answers: water droplets.)

answers: NDQ_001804

answers: end-of-pipe

answers: NDQ_001805

answers: drinking water

text: In the early 1800s, there was a thriving woollen industry, supplying garments to South Carolina and other southern states of America, the West Indies, South America, and Russia, but it was a cottage industry. One of Madocks' first projects was to build a factory where wool could be processed on an industrial scale. Although there were a few sites in Wales where the fulling of cloth was powered by water, this was one of the first woollen mills where water power was used for carding and spinning. The building was located close to his home at Tan-yr-Allt, because the high ground behind it provided a good head of water. It had a characteristic shallow-pitched slate roof, and Madocks instructed that the walls should be yellow, and the windows painted dark green. Nearby were a corn mill and a fulling mill. The water was provided by building a dam across a small valley, to form Llyn Cwm Bach, with sluices channelling the water to feed the mill and the factory.

text: In the early 1800s, there was a thriving

text: woollen industry

text: , supplying garments to South Carolina and other southern states of America, the West Indies, South America, and Russia, but it was a cottage industry. One of Madocks' first projects was to build a factory where wool could be processed on an industrial scale. Although there were a few sites in Wales where the

text: fulling

text: of cloth was powered by water, this was one of the first woollen

text: mills

text: where water power was used for

text: carding

text: and

text: spinning

text: . The building was located close to his home at Tan-yr-Allt, because the high ground behind it provided a good head of water. It had a characteristic shallow-pitched slate roof, and Madocks instructed that the walls should be yellow, and the windows painted dark green. Nearby were a corn mill and a fulling mill. The water was provided by building a dam across a small valley, to form Llyn Cwm Bach, with sluices channelling the water to feed the mill and the factory.

answers: NDQ_001768

answers: Llyn Cwm Bach

answers: NDQ_001769

answers: What was one of Madocks' first projects?

answers: NDQ_001770

answers: Llyn Cwm Bach

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: fulling of cloth, corn mill, or fulling mill?

answers: NDQ_001772

answers: woollen mills

answers: NDQ_001773

answers: Which of the following is not a product of the woollen industry: cotton, corn, or wool?

answers: NDQ_001774

answers: is not channelled

answers: NDQ_001775

answers: carding and spinning

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: high ground

answers: NDQ_001778

answers: building a dam

answers: NDQ_001781

answers: does not have sluices

answers: NDQ_001782

answers: Why was the factory located close to Madocks' home?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: corn mill, fulling mill, or dam?

answers: NDQ_001788

answers: Why was the factory located close to his home?

answers: NDQ_001789

answers: Why was water used for carding and spinning?

answers: NDQ_001790

answers: Why was the building located close to his home at Tan-yr-Allt?

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Why was the building located close to his home at Tan-yr-Allt?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a country: South Carolina, the West Indies, South America, or Russia?

answers: NDQ_001797

answers: Why was the building located close to his home at Tan-yr-Allt?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: Why was the factory located close to his home at Tan-yr-Allt

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: Llyn Cwm Bach

answers: NDQ_001803

answers: dam

answers: NDQ_001804

answers: Llyn Cwm Bach

answers: NDQ_001805

answers: fulling of cloth

answers: NDQ_001768

answers: South America, and Russia,

answers: NDQ_001769

answers: carding and spinning.

answers: NDQ_001770

answers: carding and spinning.

answers: NDQ_001771

answers: the fulling of cloth

answers: NDQ_001772

answers: woollen industry,

answers: NDQ_001773

answers: woollen industry,

answers: NDQ_001774

answers: sluices channelling the water

answers: NDQ_001775

answers: carding and spinning.

answers: NDQ_001776

answers: woollen industry,

answers: NDQ_001777

answers: high ground

answers: NDQ_001778

answers: corn mill

answers: NDQ_001781

answers: the high ground behind it provided a good head of water.

answers: NDQ_001782

answers: Llyn Cwm Bach,

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: Llyn Cwm Bach,

answers: NDQ_001788

answers: Llyn Cwm Bach,

answers: NDQ_001789

answers: water power was used for carding and spinning.

answers: NDQ_001790

answers: the high ground behind it provided a good head of water.

answers: NDQ_001791

answers: Tan-yr-Allt,

answers: NDQ_001792

answers: the high ground behind it provided a good head of water.

answers: NDQ_001793

answers: the high ground behind it provided a good head of water.

answers: NDQ_001794

answers: high ground behind it provided a good head of water.

answers: NDQ_001795

answers: Llyn Cwm Bach,

answers: NDQ_001796

answers: Llyn Cwm Bach,

answers: NDQ_001797

answers: the high ground behind it provided a good head of water.

answers: NDQ_001798

answers: Llyn Cwm Bach,

answers: NDQ_001799

answers: Llyn Cwm Bach,

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: In the early 1800s,

answers: NDQ_001802

answers: shallow-pitched slate roof,

answers: NDQ_001803

answers: building a dam

answers: NDQ_001804

answers: Llyn Cwm Bach,

answers: NDQ_001805

answers: water power was used for carding and spinning.

text: Another very important reason for using biocides in cooling towers is to prevent the growth of Legionella, including species that cause legionellosis or Legionnaires' disease, most notably L. pneumophila, or Mycobacterium avium. The various Legionella species are the cause of Legionnaires' disease in humans and transmission is via exposure to aerosols—the inhalation of mist droplets containing the bacteria. Common sources of Legionella include cooling towers used in open recirculating evaporative cooling water systems, domestic hot water systems, fountains, and similar disseminators that tap into a public water supply. Natural sources include freshwater ponds and creeks.

text: Another very important reason for using biocides in cooling towers is to prevent the growth of

text: Legionella

text: , including species that cause

text: legionellosis

text: or Legionnaires' disease, most notably L. pneumophila, or

text: Mycobacterium avium

text: . The various Legionella species are the cause of Legionnaires' disease in humans and transmission is via exposure to

text: aerosol

text: s—the inhalation of mist droplets containing the bacteria. Common sources of Legionella include cooling towers used in open recirculating evaporative cooling water systems, domestic hot water systems, fountains, and similar disseminators that tap into a public water supply. Natural sources include freshwater ponds and creeks.

answers: NDQ_001768

answers: cooling towers

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: Legionnaires' disease

answers: NDQ_001771

answers: freshwater ponds

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which is not a reason for using biocides in cooling towers: to prevent the growth of legionellosis or Legionnaires' disease?

answers: NDQ_001774

answers: disseminators

answers: NDQ_001775

answers: cooling water systems

answers: NDQ_001776

answers: Legionnaires' disease

answers: NDQ_001777

answers: public water supply

answers: NDQ_001778

answers: domestic hot water systems

answers: NDQ_001781

answers: Legionnaires' disease

answers: NDQ_001782

answers: What is the main reason for using biocides in cooling towers?

answers: NDQ_001785

answers: Which of the following is not the cause of Legionnaires' disease in humans?

answers: NDQ_001787

answers: Which is not a reason for using biocides in cooling towers?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a source of Legionella: hot water systems, fountains, or creeks?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers, ponds or creeks?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Legionnaires' disease

answers: NDQ_001797

answers: Which of the following is not a reason for using biocides in cooling towers?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: Why are cooling towers used in open recirculating evaporative cooling water systems

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: Common sources of Legionella include cooling towers

answers: NDQ_001803

answers: fountains

answers: NDQ_001804

answers: cooling towers

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: freshwater ponds and creeks.

answers: NDQ_001769

answers: public water supply.

answers: NDQ_001770

answers: Legionella

answers: NDQ_001771

answers: freshwater ponds and creeks.

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: biocides

answers: NDQ_001774

answers: public water supply.

answers: NDQ_001775

answers: cooling water systems,

answers: NDQ_001776

answers: Legionella,

answers: NDQ_001777

answers: public water supply.

answers: NDQ_001778

answers: domestic hot water systems,

answers: NDQ_001781

answers: Legionella,

answers: NDQ_001782

answers: freshwater ponds and creeks.

answers: NDQ_001785

answers: Legionella,

answers: NDQ_001787

answers: recirculating evaporative cooling water systems,

answers: NDQ_001788

answers: recirculating evaporative cooling water systems,

answers: NDQ_001789

answers: freshwater ponds and creeks.

answers: NDQ_001790

answers: freshwater ponds and creeks.

answers: NDQ_001791

answers: freshwater ponds and creeks.

answers: NDQ_001792

answers: ponds and creeks.

answers: NDQ_001793

answers: ponds and creeks.

answers: NDQ_001794

answers: freshwater ponds and creeks.

answers: NDQ_001795

answers: public water supply.

answers: NDQ_001796

answers: freshwater ponds and creeks.

answers: NDQ_001797

answers: freshwater ponds and creeks.

answers: NDQ_001798

answers: Legionella,

answers: NDQ_001799

answers: recirculating

answers: NDQ_001800

answers: public water supply.

answers: NDQ_001801

answers: freshwater ponds and creeks.

answers: NDQ_001802

answers: public water supply.

answers: NDQ_001803

answers: freshwater ponds and creeks.

answers: NDQ_001804

answers: freshwater ponds and creeks.

answers: NDQ_001805

answers: recirculating evaporative cooling water systems,

text: In the United States, many water utilities remain publicly owned. Water was supplied by 55,000 separate water systems in 2006.However, US and global companies have business models which involve the privatization of utilities to achieve profitability from economy of scale. Additionally, cash-strapped municipalities see benefit to selling their water supply assets.

text: In the United States, many water utilities remain publicly owned. Water was supplied by 55,000 separate water systems in 2006.However, US and global companies have business models which involve the privatization of utilities to achieve profitability from economy of scale. Additionally, cash-strapped municipalities see benefit to selling their water supply assets.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: public purposes

answers: NDQ_001770

answers: cash-strapped municipalities to sell

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: US

answers: NDQ_001773

answers: In the United States, what is the main source of agricultural chemicals?

answers: NDQ_001774

answers: privatized

answers: NDQ_001775

answers: to achieve profitability

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water utilities remaining publicly owned

answers: NDQ_001778

answers: selling their water supply assets

answers: NDQ_001781

answers: privatized

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many years can we live without water

answers: NDQ_001787

answers: Which of the following is not a business model which involves the privatization of utilities?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does the passage imply about glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many separate water systems did the United States have in 2006?

answers: NDQ_001797

answers: Which of the following is not a reason for the privatization of utilities: economy of scale, cash-strapped municipalities, or climate?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: in the United States

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can not be answered

answers: NDQ_001804

answers: 55,000 separate water systems

answers: NDQ_001805

answers: food processing

answers: NDQ_001768

answers: privatization of utilities

answers: NDQ_001769

answers: municipalities

answers: NDQ_001770

answers: cash-strapped municipalities see benefit to selling their water supply assets.

answers: NDQ_001771

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001772

answers: global companies

answers: NDQ_001773

answers: water utilities remain publicly owned.

answers: NDQ_001774

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001775

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001776

answers: water utilities remain publicly owned. Water

answers: NDQ_001777

answers: economy of scale.

answers: NDQ_001778

answers: selling their water supply assets.

answers: NDQ_001781

answers: cash-strapped municipalities see benefit to selling their water supply assets.

answers: NDQ_001782

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001788

answers: 55,000 separate water systems in 2006.However,

answers: NDQ_001789

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001790

answers: cash-strapped municipalities see benefit to selling their water supply assets.

answers: NDQ_001791

answers: Water was supplied by 55,000 separate water systems in 2006.However,

answers: NDQ_001792

answers: cash-strapped municipalities see benefit to selling their water supply assets.

answers: NDQ_001793

answers: US and global companies have business models which involve the privatization of utilities

answers: NDQ_001794

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001795

answers: privatization of utilities to achieve profitability from economy of scale.

answers: NDQ_001796

answers: cash-strapped municipalities see benefit to selling their water supply assets.

answers: NDQ_001797

answers: cash-strapped municipalities see benefit to selling their water supply assets.

answers: NDQ_001798

answers: 55,000 separate water systems in 2006.However,

answers: NDQ_001799

answers: Water was supplied by 55,000 separate water systems in 2006.However,

answers: NDQ_001800

answers: cash-strapped

answers: NDQ_001801

answers: In the United States,

answers: NDQ_001802

answers: US and global companies

answers: NDQ_001803

answers: 55,000 separate water systems

answers: NDQ_001804

answers: 55,000 separate water systems

answers: NDQ_001805

answers: companies

text: Water supply According to a 2004 UN report, in some cities and towns drinking water quality is poor. Typical of the majority of surface waters is the increase in the intensity of the bacterial and viral load, the poor functioning of wastewater treatment plants, the virtual absence of purified wastewater, and infringements of the rules governing the use of water in water protection zones. However, the requirements regarding the quality of drinking water have been made stricter. The relevant recommendations of the World Health Organization have been put into effect. New standards now determine the water treatment technology and the policy of organizations monitoring the quality of water at all stages from the time it leaves the water supply point until it reaches the consumer.

text: Water supply According to a 2004 UN report, in some cities and towns drinking water quality is poor. Typical of the majority of surface waters is the increase in the intensity of the bacterial and viral load, the poor functioning of wastewater treatment plants, the virtual absence of purified wastewater, and infringements of the rules governing the use of water in water protection zones. However, the requirements regarding the quality of drinking water have been made stricter. The relevant recommendations of the World Health Organization have been put into effect. New standards now determine the water treatment technology and the policy of organizations monitoring the quality of water at all stages from the time it leaves the water supply point until it reaches the consumer.

answers: NDQ_001768

answers: water protection zones

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: bacterial and viral load

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: consumer

answers: NDQ_001773

answers: Which of the following is not a type of chemical: pesticides, fertilizers, or pesticides?

answers: NDQ_001774

answers: reaches the consumer

answers: NDQ_001775

answers: contaminating

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: quality of water

answers: NDQ_001778

answers: the virtual absence of purified wastewater

answers: NDQ_001781

answers: purified wastewater

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The relevant recommendations of the World Health Organization have been put into effect

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The relevant recommendations of the World Health Organization

answers: NDQ_001797

answers: Which of the following is not a reason for poor drinking water quality?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: 2004 UN report

answers: NDQ_001802

answers: in some cities and towns drinking water quality is poor

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: wastewater treatment plants

answers: NDQ_001805

answers: water protection zones

answers: NDQ_001768

answers: drinking water quality is poor.

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: bacterial and viral load,

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: consumer.

answers: NDQ_001773

answers: Water supply

answers: NDQ_001774

answers: wastewater treatment plants,

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: bacterial and viral load,

answers: NDQ_001777

answers: drinking water quality

answers: NDQ_001778

answers: infringements of the rules governing the use of water in water protection zones.

answers: NDQ_001781

answers: poor functioning of wastewater treatment plants,

answers: NDQ_001782

answers: drinking water quality is poor.

answers: NDQ_001785

answers: drinking water quality is poor.

answers: NDQ_001787

answers: wastewater treatment plants,

answers: NDQ_001788

answers: poor functioning of wastewater treatment plants,

answers: NDQ_001789

answers: wastewater treatment plants,

answers: NDQ_001790

answers: in some cities and towns drinking water quality is poor.

answers: NDQ_001791

answers: 2004 UN report,

answers: NDQ_001792

answers: drinking water quality is poor.

answers: NDQ_001793

answers: poor.

answers: NDQ_001794

answers: surface waters

answers: NDQ_001795

answers: drinking water quality is poor.

answers: NDQ_001796

answers: drinking water quality is poor.

answers: NDQ_001797

answers: in some cities and towns drinking water quality is poor.

answers: NDQ_001798

answers: the requirements regarding the quality of drinking water have been made stricter.

answers: NDQ_001799

answers: consumer.

answers: NDQ_001800

answers: Water supply

answers: NDQ_001801

answers: 2004

answers: NDQ_001802

answers: increase in the intensity of the bacterial and viral load,

answers: NDQ_001803

answers: wastewater treatment plants,

answers: NDQ_001804

answers: wastewater treatment plants,

answers: NDQ_001805

answers: drinking water quality is poor.

text: Some industrial processes, notably in the semiconductor and pharmaceutical industries, need large amounts of very pure water. In these situations, feedwater is first processed into purified water and then further processed to produce ultrapure water.

text: Some industrial processes, notably in the semiconductor and pharmaceutical industries, need large amounts of very pure water. In these situations, feedwater is first processed into purified water and then further processed to produce

text: ultrapure water

answers: NDQ_001768

answers: very pure water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: chemical reactions

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: semiconductor

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: is not purified

answers: NDQ_001775

answers: semiconductor and pharmaceutical

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: feedwater is first processed into purified water

answers: NDQ_001781

answers: unsuitable for industrial processes

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a type of industrial process: semiconductor or pharmaceutical?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is the purpose of feedwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of industrial process: semiconductor or pharmaceutical?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: can cause a

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: can be used to produce ultrapure water

answers: NDQ_001805

answers: semiconductor

answers: NDQ_001768

answers: feedwater

answers: NDQ_001769

answers: Some

answers: NDQ_001770

answers: large amounts of very pure water.

answers: NDQ_001771

answers: Some industrial processes,

answers: NDQ_001772

answers: semiconductor and pharmaceutical industries,

answers: NDQ_001773

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001774

answers: industrial processes,

answers: NDQ_001775

answers: semiconductor and pharmaceutical industries, need large amounts of very pure water.

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: Some industrial processes,

answers: NDQ_001778

answers: industrial processes,

answers: NDQ_001781

answers: feedwater

answers: NDQ_001782

answers: Some

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001788

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001789

answers: semiconductor and pharmaceutical industries, need large amounts of very pure water.

answers: NDQ_001790

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001791

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001792

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001793

answers: Some industrial processes,

answers: NDQ_001794

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001795

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001796

answers: Some industrial processes,

answers: NDQ_001797

answers: Some industrial processes,

answers: NDQ_001798

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001799

answers: feedwater

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: Some industrial processes, notably in the semiconductor and pharmaceutical industries,

answers: NDQ_001802

answers: pure water.

answers: NDQ_001803

answers: feedwater

answers: NDQ_001804

answers: feedwater

answers: NDQ_001805

answers: semiconductor and pharmaceutical industries,

text: Concerning water supply, according to a survey undertaken by the Ministry of Agriculture in 1995, 370,000 permanent inhabitants in rural areas (0.5% of the total population) did not have access to piped water supply. They are supplied by 30,000 water points, most of them wells. The government plans to increase the access rate to 100%, improve water quality by establishing protection areas around wells and springs, and to increase the reliability of water supply by increasing production, storage and interconnection of existing networks.

text: Concerning water supply, according to a survey undertaken by the Ministry of Agriculture in 1995, 370,000 permanent inhabitants in rural areas (0.5% of the total population) did not have access to piped water supply. They are supplied by 30,000 water points, most of them wells. The government plans to increase the access rate to 100%, improve water quality by establishing protection areas around wells and springs, and to increase the reliability of water supply by increasing production, storage and interconnection of existing networks.

answers: NDQ_001768

answers: wells

answers: NDQ_001769

answers: Agriculture

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: was not piped water supply

answers: NDQ_001775

answers: to increase the reliability of water supply

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: rural areas

answers: NDQ_001778

answers: 370,000 permanent inhabitants in rural areas

answers: NDQ_001781

answers: was not piped

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What does the government plan to increase?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: wells and springs

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: wells

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: .5%

answers: NDQ_001797

answers: How would you describe rural areas?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: 1995

answers: NDQ_001802

answers: improve water quality

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: wells.

answers: NDQ_001769

answers: Agriculture

answers: NDQ_001770

answers: improve water quality

answers: NDQ_001771

answers: wells and springs,

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: Agriculture

answers: NDQ_001774

answers: piped water supply.

answers: NDQ_001775

answers: production,

answers: NDQ_001776

answers: water supply,

answers: NDQ_001777

answers: rural areas

answers: NDQ_001778

answers: 370,000 permanent inhabitants

answers: NDQ_001781

answers: did not have access to piped water supply.

answers: NDQ_001782

answers: 370,000 permanent inhabitants in rural areas (0.5% of the total population)

answers: NDQ_001785

answers: 370,000 permanent inhabitants in rural areas (0.5% of the total population)

answers: NDQ_001787

answers: improve water quality by establishing protection areas around wells and springs,

answers: NDQ_001788

answers: 30,000 water points, most of them wells.

answers: NDQ_001789

answers: wells and springs,

answers: NDQ_001790

answers: 370,000 permanent inhabitants in rural areas (0.5% of the total population)

answers: NDQ_001791

answers: 100%,

answers: NDQ_001792

answers: 370,000 permanent inhabitants in rural areas

answers: NDQ_001793

answers: wells.

answers: NDQ_001794

answers: wells.

answers: NDQ_001795

answers: piped water supply.

answers: NDQ_001796

answers: did not have access to piped water supply.

answers: NDQ_001797

answers: rural areas

answers: NDQ_001798

answers: 30,000 water points,

answers: NDQ_001799

answers: piped water supply.

answers: NDQ_001800

answers: water supply,

answers: NDQ_001801

answers: 1995,

answers: NDQ_001802

answers: (0.5%

answers: NDQ_001803

answers: wells and springs,

answers: NDQ_001804

answers: wells.

answers: NDQ_001805

answers: Agriculture

text: Where available, cold water readily available in nearby water bodies might be used directly for cooling, place or supplement cooling towers. The Deep Lake Water Cooling System in Toronto, Ontario, Canada, is an example. It uses cold lake water to cool the chillers, which in turn are used to cool city buildings via a district cooling system.  The return water is used to warm the city's drinking water supply, which is desirable in this cold climate.  Whenever a chiller's heat rejection can be used for a productive purpose, in addition to the cooling function, very high thermal effectiveness is possible.

text: Where available, cold water readily available in nearby water bodies might be used directly for cooling, place or supplement cooling towers. The

text: Deep Lake Water Cooling System

text: in

text: Toronto, Ontario

text: Canada

text: , is an example. It uses cold lake water to cool the chillers, which in turn are used to cool city buildings via a

text: district cooling

text: system.  The return water is used to warm the city's drinking water supply, which is desirable in this cold climate.  Whenever a chiller's heat rejection can be used for a productive purpose, in addition to the cooling function, very high thermal effectiveness is possible.

answers: NDQ_001768

answers: cooling towers

answers: NDQ_001769

answers: city buildings

answers: NDQ_001770

answers: cooling

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: cooling towers

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: used to cool city buildings

answers: NDQ_001775

answers: cooling

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: cooling towers

answers: NDQ_001781

answers: uses too much energy

answers: NDQ_001782

answers: What does the Deep Lake Water Cooling System use to cool the chillers?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the Deep Lake Water Cooling System?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Where can you find glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the Deep Lake Water Cooling System in Toronto, Ontario, Canada?

answers: NDQ_001797

answers: Why is the Deep Lake Water Cooling System in Toronto, Ontario, Canada, an example?

answers: NDQ_001798

answers: Why is conservation important?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: can be described as a

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: a district cooling system

answers: NDQ_001805

answers: cooling towers

answers: NDQ_001768

answers: cold water

answers: NDQ_001769

answers: cool city buildings

answers: NDQ_001770

answers: warm the city's drinking water supply,

answers: NDQ_001771

answers: cooling, place or supplement cooling towers.

answers: NDQ_001772

answers: cooling towers.

answers: NDQ_001773

answers: cold water

answers: NDQ_001774

answers: The return water is used to warm the city's drinking water supply,

answers: NDQ_001775

answers: cooling,

answers: NDQ_001776

answers: cold water

answers: NDQ_001777

answers: nearby water bodies

answers: NDQ_001778

answers: cooling, place or supplement cooling towers.

answers: NDQ_001781

answers: cold water

answers: NDQ_001782

answers: cold water readily available in nearby water bodies

answers: NDQ_001785

answers: cold water

answers: NDQ_001787

answers: cold water readily available in nearby water bodies

answers: NDQ_001788

answers: cold water readily available in nearby water bodies

answers: NDQ_001789

answers: cooling towers.

answers: NDQ_001790

answers: cold water readily available in nearby water bodies

answers: NDQ_001791

answers: Where available, cold water readily available in nearby water bodies

answers: NDQ_001792

answers: cold water readily available in nearby water bodies

answers: NDQ_001793

answers: cold water readily available in nearby water bodies

answers: NDQ_001794

answers: cold water readily available in nearby water bodies

answers: NDQ_001795

answers: Where available, cold water readily available in nearby water bodies

answers: NDQ_001796

answers: cold water readily available in nearby water bodies

answers: NDQ_001797

answers: cold water readily available in nearby water bodies

answers: NDQ_001798

answers: cold water readily available in nearby water bodies

answers: NDQ_001799

answers: cold water

answers: NDQ_001800

answers: cold water

answers: NDQ_001801

answers: cold water

answers: NDQ_001802

answers: drinking water

answers: NDQ_001803

answers: cooling towers.

answers: NDQ_001804

answers: cooling towers. The Deep Lake Water Cooling System

answers: NDQ_001805

answers: cooling,

text: In a water supply system designed for a single use, such as irrigating crops, livestock might damage hardware if they try to access the water, and people needing water for domestic uses might find there is no water provided in months when it is not needed for watering crops. These problems can be overcome when designing water supply systems for multiple uses. For example, steps can be built to provide access for bathing or washing clothes, and access points can be provided to give livestock safe access to water. Sufficient water can be supplied that there is always some available for domestic uses, even at times when the crops do not need water. Other livelihood options can also be considered; for example, using water for fisheries, as well as rearing livestock, growing crops and domestic uses. MUS can benefit women; for example, by reducing the time they have to spend gathering water and by providing water close to their home with which they can grow produce to feed their families and sell on.

text: In a water supply system designed for a single use, such as irrigating crops, livestock might damage hardware if they try to access the water, and people needing water for domestic uses might find there is no water provided in months when it is not needed for watering crops. These problems can be overcome when designing water supply systems for multiple uses. For example, steps can be built to provide access for bathing or washing clothes, and access points can be provided to give livestock safe access to water. Sufficient water can be supplied that there is always some available for domestic uses, even at times when the crops do not need water. Other livelihood options can also be considered; for example, using water for fisheries, as well as rearing livestock, growing crops and domestic uses. MUS can benefit women; for example, by reducing the time they have to spend gathering water and by providing water close to their home with which they can grow produce to feed their families and sell on.

answers: NDQ_001768

answers: multiple uses

answers: NDQ_001769

answers: domestic uses

answers: NDQ_001770

answers: livestock to damage hardware

answers: NDQ_001771

answers: fisheries

answers: NDQ_001772

answers: livestock

answers: NDQ_001773

answers: Which of the following is not an example of a water supply system designed for a single use?

answers: NDQ_001774

answers: is not needed for watering crops

answers: NDQ_001775

answers: irrigating crops

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: designing water supply systems for multiple uses

answers: NDQ_001778

answers: irrigating crops

answers: NDQ_001781

answers: does not need to be used

answers: NDQ_001782

answers: Which of the following is not a form of life: livestock, crops, or domestic uses?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What can be overcome when designing water supply systems for multiple uses?

answers: NDQ_001788

answers: Why might livestock damage hardware if they try to access the water?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: designing water supply systems for multiple uses

answers: NDQ_001797

answers: What can be overcome when designing water supply systems for multiple uses?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What can be overcome when designing water supply systems for multiple uses?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: domestic uses might find there is no water provided in months when it is not needed for watering crops

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigating

answers: NDQ_001804

answers: can benefit women

answers: NDQ_001805

answers: watering crops

answers: NDQ_001768

answers: designing water supply systems for multiple uses.

answers: NDQ_001769

answers: MUS

answers: NDQ_001770

answers: livestock might damage hardware

answers: NDQ_001771

answers: fisheries,

answers: NDQ_001772

answers: fisheries,

answers: NDQ_001773

answers: irrigating crops,

answers: NDQ_001774

answers: it is not needed for watering crops.

answers: NDQ_001775

answers: fisheries,

answers: NDQ_001776

answers: water supply system

answers: NDQ_001777

answers: crops do not need water.

answers: NDQ_001778

answers: livestock

answers: NDQ_001781

answers: the crops do not need water.

answers: NDQ_001782

answers: multiple uses.

answers: NDQ_001785

answers: multiple uses.

answers: NDQ_001787

answers: multiple uses.

answers: NDQ_001788

answers: single use,

answers: NDQ_001789

answers: fisheries,

answers: NDQ_001790

answers: multiple uses.

answers: NDQ_001791

answers: multiple uses.

answers: NDQ_001792

answers: multiple uses.

answers: NDQ_001793

answers: domestic uses,

answers: NDQ_001794

answers: multiple uses.

answers: NDQ_001795

answers: multiple uses.

answers: NDQ_001796

answers: multiple uses.

answers: NDQ_001797

answers: people needing water for domestic uses

answers: NDQ_001798

answers: multiple uses.

answers: NDQ_001799

answers: steps can be built to provide access for bathing or washing clothes,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: months when it is not needed for watering crops.

answers: NDQ_001802

answers: livestock might damage hardware if they try to access the water,

answers: NDQ_001803

answers: irrigating crops,

answers: NDQ_001804

answers: MUS

answers: NDQ_001805

answers: irrigating crops,

text: They decided to defeat the killer cactus using water. But there was shortage of water in the city. At the suggestion of Carolina and Francisca, they decided to use the water of the water supply tank on Chichideka mountain. The Mayor was again opposed to use the water from the tank, but had to give up this time. He let out his anger on Sumaho-chan. Hiroshi's plan was to inject water into a playing balloon called "Sabo-chan", and throw it at the Queen Cactus.

text: They decided to defeat the killer cactus using water. But there was shortage of water in the city. At the suggestion of Carolina and Francisca, they decided to use the water of the water supply tank on Chichideka mountain. The Mayor was again opposed to use the water from the tank, but had to give up this time. He let out his anger on Sumaho-chan. Hiroshi's plan was to inject water into a playing balloon called "Sabo-chan", and throw it at the Queen Cactus.

answers: NDQ_001768

answers: less water

answers: NDQ_001769

answers: What did Carolina and Francisca do with the water?

answers: NDQ_001770

answers: shortage of water

answers: NDQ_001771

answers: Playing balloons

answers: NDQ_001772

answers: Chichideka mountain

answers: NDQ_001773

answers: What might have been used to kill the cactus?

answers: NDQ_001774

answers: is not used properly

answers: NDQ_001775

answers: What did Hiroshi's plan involve?

answers: NDQ_001776

answers: lack of water

answers: NDQ_001777

answers: water supply tank

answers: NDQ_001778

answers: throw it at the Queen Cactus

answers: NDQ_001781

answers: is too much

answers: NDQ_001782

answers: Which of the following is true of the Mayor?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may be the reason for the Mayor's anger?

answers: NDQ_001788

answers: What may be the reason for the Mayor's anger?

answers: NDQ_001789

answers: Which of the following is not a type of water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is true of Chichideka mountain?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason to use water?

answers: NDQ_001797

answers: Why did the Mayor let out his anger on Sumaho-chan?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: shortage of water

answers: NDQ_001801

answers: shortage of water in the city

answers: NDQ_001802

answers: in the city

answers: NDQ_001803

answers: a playing balloon

answers: NDQ_001804

answers: Chichideka mountain

answers: NDQ_001805

answers: killer cactus

answers: NDQ_001768

answers: water supply tank on Chichideka mountain.

answers: NDQ_001769

answers: city.

answers: NDQ_001770

answers: shortage of water

answers: NDQ_001771

answers: playing balloon

answers: NDQ_001772

answers: Queen Cactus.

answers: NDQ_001773

answers: water.

answers: NDQ_001774

answers: water supply tank on Chichideka mountain.

answers: NDQ_001775

answers: playing balloon

answers: NDQ_001776

answers: killer cactus

answers: NDQ_001777

answers: Chichideka mountain.

answers: NDQ_001778

answers: killer cactus

answers: NDQ_001781

answers: shortage of water

answers: NDQ_001782

answers: water. But there was shortage of water

answers: NDQ_001785

answers: water. But there was shortage of water

answers: NDQ_001787

answers: water supply tank on Chichideka mountain.

answers: NDQ_001788

answers: water supply tank

answers: NDQ_001789

answers: water supply tank on Chichideka mountain.

answers: NDQ_001790

answers: water.

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: Chichideka mountain.

answers: NDQ_001793

answers: water supply tank on Chichideka mountain.

answers: NDQ_001794

answers: water supply tank on Chichideka mountain.

answers: NDQ_001795

answers: "Sabo-chan", and throw it at the Queen Cactus.

answers: NDQ_001796

answers: water. But there was shortage of water

answers: NDQ_001797

answers: shortage of water

answers: NDQ_001798

answers: water supply tank on Chichideka mountain.

answers: NDQ_001799

answers: water of the water supply tank on Chichideka mountain.

answers: NDQ_001800

answers: shortage of water

answers: NDQ_001801

answers: shortage of water

answers: NDQ_001802

answers: Chichideka mountain.

answers: NDQ_001803

answers: inject water into a playing balloon

answers: NDQ_001804

answers: water supply tank

answers: NDQ_001805

answers: playing balloon

text: Both absolute and relative poverty measures are usually based on a person's yearly income and frequently take no account of total wealth. Some people argue that this ignores a key component of economic well-being. Major developments and research in this area suggest that standard one dimensional measures of poverty, based mainly on wealth or calorie consumption, are seriously deficient. This is because poverty often  involves being deprived on several fronts, which do not necessarily correlate well with wealth. Access to basic needs is an example of a measurement that does not include wealth. Access to basic needs that may be used in the measurement of poverty are clean water, food, shelter and clothing.  It has been established that people may have enough income to satisfy basic needs,but not use it wisely. Similarly, extremely poor people may not be deprived if sufficiently strong social networks, or social service systems exist. For deeper discussion see. See also the Wikipedia article on Multidimensional poverty.

text: Both absolute and relative poverty measures are usually based on a person's yearly income and frequently take no account of total wealth. Some people argue that this ignores a key component of economic well-being. Major developments and research in this area suggest that standard one dimensional measures of poverty, based mainly on wealth or calorie consumption, are seriously deficient. This is because poverty often  involves being deprived on several fronts, which do not necessarily correlate well with wealth. Access to basic needs is an example of a measurement that does not include wealth. Access to basic needs that may be used in the measurement of poverty are clean water, food, shelter and clothing.  It has been established that people may have enough income to satisfy basic needs,but not use it wisely. Similarly, extremely poor people may not be deprived if sufficiently strong social networks, or social service systems exist. For deeper discussion see. See also the Wikipedia article on Multidimensional poverty.

answers: NDQ_001768

answers: clean water

answers: NDQ_001769

answers: Municipal use of water

answers: NDQ_001770

answers: poverty

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: poor people

answers: NDQ_001773

answers: In the United States, agricultural chemicals are regulated by the Food and Drug Administration (FDA).

answers: NDQ_001774

answers: is not used wisely

answers: NDQ_001775

answers: cleaning and disinfection

answers: NDQ_001776

answers: poverty

answers: NDQ_001777

answers: poverty

answers: NDQ_001778

answers: not using it wisely

answers: NDQ_001781

answers: is not used wisely

answers: NDQ_001782

answers: Access to basic needs that may be used in the measurement of poverty are clean water

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: According to the United States Geological Survey (USGS), irrigating agricultural land may cause the groundwater to become contaminated with pesticides, herbicides, and fertilizers.

answers: NDQ_001788

answers: Some people argue that this ignores a key component of economic well-being

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: Earths surface is covered with water.

answers: NDQ_001792

answers: What is a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Access to basic needs that may be used in the measurement of poverty are clean water

answers: NDQ_001797

answers: Access to basic needs that may be used in the measurement of poverty

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What is the best way to drink water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: The degree to which water is polluted

answers: NDQ_001803

answers: watering can

answers: NDQ_001804

answers: septic tank

answers: NDQ_001805

answers: The greatest use of water worldwide is irrigation

answers: NDQ_001768

answers: clean water,

answers: NDQ_001769

answers: income

answers: NDQ_001770

answers: clean water,

answers: NDQ_001771

answers: clean water,

answers: NDQ_001772

answers: poor people

answers: NDQ_001773

answers: poverty measures are usually based on a person's yearly income

answers: NDQ_001774

answers: not use it wisely.

answers: NDQ_001775

answers: clean water,

answers: NDQ_001776

answers: calorie consumption,

answers: NDQ_001777

answers: people may have enough income

answers: NDQ_001778

answers: calorie consumption,

answers: NDQ_001781

answers: not use it wisely.

answers: NDQ_001782

answers: clean water,

answers: NDQ_001785

answers: food,

answers: NDQ_001787

answers: wealth.

answers: NDQ_001788

answers: wealth.

answers: NDQ_001789

answers: clean water,

answers: NDQ_001790

answers: wealth.

answers: NDQ_001791

answers: wealth.

answers: NDQ_001792

answers: clean water,

answers: NDQ_001793

answers: people may have enough income to satisfy basic needs,but

answers: NDQ_001794

answers: income

answers: NDQ_001795

answers: basic needs that may be used in the measurement of poverty are clean water,

answers: NDQ_001796

answers: clean water,

answers: NDQ_001797

answers: clean water,

answers: NDQ_001798

answers: Access to basic needs

answers: NDQ_001799

answers: clean water,

answers: NDQ_001800

answers: standard one dimensional measures of poverty,

answers: NDQ_001801

answers: income

answers: NDQ_001802

answers: clean water,

answers: NDQ_001803

answers: clean water,

answers: NDQ_001804

answers: poverty measures are usually based on a person's yearly income

answers: NDQ_001805

answers: calorie consumption,

text: The sources of the municipal water supply are various spring fed tanks located around the island. The three island communities supply water within a limited but expanding part of their jurisdictions. Homes outside the municipal water system use wells or cisterns to collect rain water. There are plans to construct an artificial lake in the area of Panormos to supply water to farmers. Private water wells supply some agricultural needs and water from these wells can be transported by lorry to outlying areas to refill cisterns or swimming pools. The municipal water is good quality. As most natural source water in limestone environments the water has a high calcium content.

text: The sources of the municipal water supply are various spring fed tanks located around the island. The three island communities supply water within a limited but expanding part of their jurisdictions. Homes outside the municipal water system use wells or cisterns to collect rain water. There are plans to construct an artificial lake in the area of Panormos to supply water to farmers. Private

text: water well

text: s supply some agricultural needs and water from these wells can be transported by lorry to outlying areas to refill

text: cistern

text: s or swimming pools. The municipal water is good quality. As most natural source water in limestone environments the water has a high

text: calcium

text: content.

answers: NDQ_001768

answers: wells to collect rain water

answers: NDQ_001769

answers: Which of the following is not a type of municipal use of water: swimming pools, spring fed tanks, or agricultural needs?

answers: NDQ_001770

answers: calcium to build up in soil

answers: NDQ_001771

answers: swimming pools

answers: NDQ_001772

answers: farms

answers: NDQ_001773

answers: Which of the following is not a source of water: wells or cisterns?

answers: NDQ_001774

answers: collects rain water

answers: NDQ_001775

answers: Which of the following is not a source of water: wells or cisterns?

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: how much rain falls

answers: NDQ_001778

answers: construct an artificial lake in the area of Panormos

answers: NDQ_001781

answers: has a high calcium content

answers: NDQ_001782

answers: Which of the following is not a form of life: wells or cisterns?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of rain water: spring fed tanks or cisterns?

answers: NDQ_001788

answers: Which of the following is not a source of water: wells or cisterns?

answers: NDQ_001789

answers: Which of the following is not a source of water: spring fed tanks or rain water?

answers: NDQ_001790

answers: Which of the following is not a source of water: spring fed tanks located around the island

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or spring fed tanks?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a source of water: wells or cisterns?

answers: NDQ_001797

answers: Which of the following is not a type of climate: tropical, tropical, or tropical?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Which of the following is not a source of water: spring fed tanks or rain water?

answers: NDQ_001800

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: artificial lake

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: swimming pools

answers: NDQ_001768

answers: wells or cisterns to collect rain water.

answers: NDQ_001769

answers: municipal water supply

answers: NDQ_001770

answers: high calcium content.

answers: NDQ_001771

answers: swimming pools.

answers: NDQ_001772

answers: farmers.

answers: NDQ_001773

answers: Private water wells

answers: NDQ_001774

answers: rain water.

answers: NDQ_001775

answers: agricultural needs

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: limited but expanding part of their jurisdictions.

answers: NDQ_001778

answers: use wells or cisterns to collect rain water.

answers: NDQ_001781

answers: Private water wells

answers: NDQ_001782

answers: wells or cisterns to collect rain water.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: wells or cisterns to collect rain water.

answers: NDQ_001788

answers: Private water wells

answers: NDQ_001789

answers: wells or cisterns to collect rain water.

answers: NDQ_001790

answers: The municipal water is good quality.

answers: NDQ_001791

answers: wells or cisterns to collect rain water.

answers: NDQ_001792

answers: The sources of the municipal water supply are various spring fed tanks

answers: NDQ_001793

answers: high calcium content.

answers: NDQ_001794

answers: wells

answers: NDQ_001795

answers: wells or cisterns to collect rain water.

answers: NDQ_001796

answers: high calcium content.

answers: NDQ_001797

answers: rain water.

answers: NDQ_001798

answers: wells or cisterns to collect rain water.

answers: NDQ_001799

answers: The municipal water is good quality.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Panormos

answers: NDQ_001802

answers: good quality.

answers: NDQ_001803

answers: Private water wells

answers: NDQ_001804

answers: wells or cisterns

answers: NDQ_001805

answers: swimming pools.

text: The supply of desalinated seawater from the Tianjin area to Beijing is another option for the future water supply of Beijing. However, desalinated seawater remains expensive and energy-intensive despite technological improvements. According to one source the desalination cost is about U$0.6-0.9/m3 compared to the cost of U$1.2-1.5/m3 for the South-to-North water transfer project. According to another source, the cost of desalination is 8 yuan (US$1.30) compared to 10 yuan for water provided through the South-North Water Transfer. Tianjin itself suffers from water scarcity and the cost of bringing water from the coast to Beijing has to be added to the cost of desalination. Furthermore, the South-North Water Transfer project will most likely not charge the city of Beijing the full cost of water supply. Therefore, the supply of desalinated water to Beijing may remain elusive despite ambitious national plans to substantially increase the capacity for seawater desalination.

text: The supply of desalinated seawater from the Tianjin area to Beijing is another option for the future water supply of Beijing. However, desalinated seawater remains expensive and energy-intensive despite technological improvements. According to one source the desalination cost is about U$0.6-0.9/m3 compared to the cost of U$1.2-1.5/m3 for the South-to-North water transfer project. According to another source, the cost of desalination is 8 yuan (US$1.30) compared to 10 yuan for water provided through the South-North Water Transfer. Tianjin itself suffers from water scarcity and the cost of bringing water from the coast to Beijing has to be added to the cost of desalination. Furthermore, the South-North Water Transfer project will most likely not charge the city of Beijing the full cost of water supply. Therefore, the supply of desalinated water to Beijing may remain elusive despite ambitious national plans to substantially increase the capacity for seawater desalination.

answers: NDQ_001768

answers: desalinated seawater

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: water scarcity in Tianjin

answers: NDQ_001771

answers: What is another option for the future water supply of Beijing?

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: Which of the following is not a source of water: desalinated seawater or seawater desalination?

answers: NDQ_001774

answers: desalinated

answers: NDQ_001775

answers: What is another option for the future water supply of Beijing?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: water scarcity

answers: NDQ_001778

answers: the South-North Water Transfer project

answers: NDQ_001781

answers: desalinated

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not an option for the future water supply of Beijing?

answers: NDQ_001789

answers: Which of the following is not an option for the future water supply of Beijing?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is another option for the future water supply of Beijing?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or seawater?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: water scarcity

answers: NDQ_001802

answers: Tianjin itself suffers

answers: NDQ_001803

answers: desalination

answers: NDQ_001804

answers: South-North Water Transfer

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: desalinated seawater

answers: NDQ_001769

answers: water supply of Beijing.

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: The supply of desalinated seawater

answers: NDQ_001772

answers: Tianjin

answers: NDQ_001773

answers: The supply of desalinated seawater

answers: NDQ_001774

answers: desalinated seawater

answers: NDQ_001775

answers: desalinated seawater

answers: NDQ_001776

answers: desalinated seawater

answers: NDQ_001777

answers: water scarcity

answers: NDQ_001778

answers: bringing water

answers: NDQ_001781

answers: water scarcity

answers: NDQ_001782

answers: The supply of desalinated seawater

answers: NDQ_001785

answers: desalinated seawater remains expensive and energy-intensive

answers: NDQ_001787

answers: The supply of desalinated seawater

answers: NDQ_001788

answers: The supply of desalinated seawater

answers: NDQ_001789

answers: desalinated seawater

answers: NDQ_001790

answers: Tianjin itself suffers from water scarcity

answers: NDQ_001791

answers: desalinated seawater

answers: NDQ_001792

answers: The supply of desalinated seawater

answers: NDQ_001793

answers: desalinated seawater

answers: NDQ_001794

answers: The supply of desalinated seawater

answers: NDQ_001795

answers: desalinated seawater

answers: NDQ_001796

answers: desalinated seawater

answers: NDQ_001797

answers: The supply of desalinated seawater

answers: NDQ_001798

answers: desalinated seawater

answers: NDQ_001799

answers: desalinated seawater

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: water scarcity

answers: NDQ_001802

answers: desalinated seawater

answers: NDQ_001803

answers: desalinated seawater

answers: NDQ_001804

answers: South-to-North water transfer project.

answers: NDQ_001805

answers: The supply of desalinated seawater

text: Consumptive water use is water removed from available supplies without return to a water resource system (e.g., water used in manufacturing, agriculture, and food preparation that is not returned to a stream, river, or water treatment plant). Evaporation from the surface of the earth into clouds of water in the air which then falls to the ground as "rain" is excluded from this model. Crop consumptive water use is the amount of water transpired during plant growth plus what evaporates from the soil surface and foliage in the crop area.  The portion of water consumed in crop production depends on many factors, especially the irrigation technology.

text: Consumptive water use is water removed from available supplies without return to a

text: water resource

text: system (e.g., water used in manufacturing, agriculture, and

text: food preparation

text: that is not returned to a stream, river, or

text: water treatment

text: plant).

text: Evaporation

text: from the surface of the earth into clouds of water in the air which then falls to the ground as "rain" is excluded from this model. Crop consumptive water use is the amount of water transpired during plant growth plus what evaporates from the soil surface and foliage in the crop area.  The portion of water consumed in crop production depends on many factors, especially the

text: irrigation

text: technology.

answers: NDQ_001768

answers: Consumptive water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Consumptive water use

answers: NDQ_001771

answers: fishing, swimming, and boating

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of consumptive water use: manufacturing, agriculture, or food preparation?

answers: NDQ_001774

answers: is not returned to a stream

answers: NDQ_001775

answers: manufacturing, agriculture, and food preparation

answers: NDQ_001776

answers: consumption of water

answers: NDQ_001777

answers: Consumptive water use

answers: NDQ_001778

answers: consumption of water

answers: NDQ_001781

answers: is not returned to a water resource system

answers: NDQ_001782

answers: What do all forms of life need to survive?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Consumptive water use

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: consumption water use

answers: NDQ_001797

answers: Which climates generally have more water for people to use?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: Consumptive water use

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: water treatment plant

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Consumptive

answers: NDQ_001769

answers: manufacturing, agriculture, and food preparation

answers: NDQ_001770

answers: The portion of water consumed in crop production

answers: NDQ_001771

answers: Consumptive water use

answers: NDQ_001772

answers: manufacturing, agriculture,

answers: NDQ_001773

answers: Consumptive water use

answers: NDQ_001774

answers: not returned to a stream, river, or water treatment plant).

answers: NDQ_001775

answers: manufacturing,

answers: NDQ_001776

answers: Consumptive water use

answers: NDQ_001777

answers: Consumptive water use

answers: NDQ_001778

answers: Consumptive water use

answers: NDQ_001781

answers: the irrigation technology.

answers: NDQ_001782

answers: Consumptive water use

answers: NDQ_001785

answers: Consumptive water use

answers: NDQ_001787

answers: irrigation technology.

answers: NDQ_001788

answers: irrigation technology.

answers: NDQ_001789

answers: water treatment plant).

answers: NDQ_001790

answers: Consumptive water use

answers: NDQ_001791

answers: Evaporation from the surface of the earth into clouds of water

answers: NDQ_001792

answers: Consumptive water use

answers: NDQ_001793

answers: stream, river, or water treatment plant).

answers: NDQ_001794

answers: Evaporation

answers: NDQ_001795

answers: Consumptive water use

answers: NDQ_001796

answers: Consumptive water use

answers: NDQ_001797

answers: Consumptive water use

answers: NDQ_001798

answers: Consumptive water use

answers: NDQ_001799

answers: stream, river, or water treatment plant).

answers: NDQ_001800

answers: Consumptive water use

answers: NDQ_001801

answers: Consumptive water use

answers: NDQ_001802

answers: Consumptive water use

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: water treatment plant).

answers: NDQ_001805

answers: manufacturing, agriculture, and food preparation

text: 80% of the water India receives through its annual rains and surface water flow, happens over a 4-month period – June through September. This spatial and time variance in availability of natural water versus year round demand for irrigation, drinking and industrial water creates a demand-supply gap, that only worsens with India's rising population. Proponents claim the answers to India's water problem is to conserve the abundant monsoon water bounty, store it in reservoirs, and use this water in areas which have occasional inadequate rainfall, or are known to be drought-prone or in those times of the year when water supplies become scarce.

text: 80% of the water India receives through its annual rains and surface water flow, happens over a 4-month period – June through September. This spatial and time variance in availability of natural water versus year round demand for irrigation, drinking and industrial water creates a demand-supply gap, that only worsens with India's rising population. Proponents claim the answers to India's water problem is to conserve the abundant monsoon water bounty, store it in reservoirs, and use this water in areas which have occasional inadequate rainfall, or are known to be drought-prone or in those times of the year when water supplies become scarce.

answers: NDQ_001768

answers: irrigation, drinking and industrial

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: demand-supply gap

answers: NDQ_001771

answers: drinking

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: What is the main source of water in India?

answers: NDQ_001774

answers: year round demand

answers: NDQ_001775

answers: drinking

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: demand and supply gap

answers: NDQ_001778

answers: rising population

answers: NDQ_001781

answers: demand-supply gap

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: year round demand for irrigation

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: demand-supply gap

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or drought-prone climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: in those times of the year when water supplies become scarce

answers: NDQ_001802

answers: India's rising population

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: reservoirs

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation, drinking and industrial water

answers: NDQ_001769

answers: irrigation, drinking and industrial

answers: NDQ_001770

answers: demand-supply gap,

answers: NDQ_001771

answers: drinking and industrial water

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: irrigation, drinking and industrial water

answers: NDQ_001774

answers: industrial water

answers: NDQ_001775

answers: irrigation, drinking and industrial water

answers: NDQ_001776

answers: rising population.

answers: NDQ_001777

answers: spatial and time variance in availability of natural water versus year round demand

answers: NDQ_001778

answers: rising population.

answers: NDQ_001781

answers: India's rising population.

answers: NDQ_001782

answers: 80%

answers: NDQ_001785

answers: June through September. This spatial and time variance in availability of natural water

answers: NDQ_001787

answers: irrigation, drinking and industrial water

answers: NDQ_001788

answers: year round demand

answers: NDQ_001789

answers: industrial water

answers: NDQ_001790

answers: 80%

answers: NDQ_001791

answers: 80%

answers: NDQ_001792

answers: 80%

answers: NDQ_001793

answers: 80%

answers: NDQ_001794

answers: 80%

answers: NDQ_001795

answers: 80%

answers: NDQ_001796

answers: 80%

answers: NDQ_001797

answers: drought-prone or in those times of the year when water supplies become scarce.

answers: NDQ_001798

answers: Proponents

answers: NDQ_001799

answers: surface water flow,

answers: NDQ_001800

answers: demand-supply gap,

answers: NDQ_001801

answers: drought-prone

answers: NDQ_001802

answers: 80%

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: reservoirs,

answers: NDQ_001805

answers: irrigation, drinking and industrial water

text: Water supply and sanitation:There is pipe line water supply / 10 taps from PHE department which are covering around 150 households of 534.There are 312 families who are having the sanitation materials from GP but many of them are not using / not installed as it was not in priority list of these households. Around 180 families including private are using the sanitation.

text: Water supply and sanitation:There is pipe line water supply / 10 taps from PHE department which are covering around 150 households of 534.There are 312 families who are having the sanitation materials from GP but many of them are not using / not installed as it was not in priority list of these households. Around 180 families including private are using the sanitation.

answers: NDQ_001768

answers: less water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: sanitation materials to not be installed

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: private households

answers: NDQ_001773

answers: The agricultural chemicals department has a budget of Rs.

answers: NDQ_001774

answers: is not in the priority list

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: the size of the population

answers: NDQ_001778

answers: not using sanitation materials

answers: NDQ_001781

answers: was not in the priority list

answers: NDQ_001782

answers: Which of the following is true of the GP?

answers: NDQ_001785

answers: We can live longer without water than we can without food

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals?

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: It can be used to generate electricity.

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: None of the above choices .

answers: NDQ_001797

answers: How would you describe the climate?

answers: NDQ_001798

answers: a century ago

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: PHE department

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: 150 households of 534.There

answers: NDQ_001769

answers: PHE department which are covering around 150 households of 534.There

answers: NDQ_001770

answers: many of them are not using / not installed

answers: NDQ_001771

answers: 150 households of 534.There

answers: NDQ_001772

answers: 150 households of 534.There

answers: NDQ_001773

answers: GP

answers: NDQ_001774

answers: not in priority list of these households.

answers: NDQ_001775

answers: 150 households of 534.There

answers: NDQ_001776

answers: sanitation:There

answers: NDQ_001777

answers: 150 households of 534.There

answers: NDQ_001778

answers: many of them are not using / not installed

answers: NDQ_001781

answers: not in priority list of these households.

answers: NDQ_001782

answers: 150 households of 534.There

answers: NDQ_001785

answers: 150 households of 534.There

answers: NDQ_001787

answers: 150 households of 534.There

answers: NDQ_001788

answers: 150 households of 534.There

answers: NDQ_001789

answers: 150 households of 534.There

answers: NDQ_001790

answers: 150 households of 534.There

answers: NDQ_001791

answers: 150 households of 534.There

answers: NDQ_001792

answers: 150 households of 534.There

answers: NDQ_001793

answers: 150 households of 534.There

answers: NDQ_001794

answers: 150 households of 534.There

answers: NDQ_001795

answers: 150 households of 534.There

answers: NDQ_001796

answers: 150 households of 534.There

answers: NDQ_001797

answers: 150 households of 534.There

answers: NDQ_001798

answers: 150 households of 534.There

answers: NDQ_001799

answers: 150 households of 534.There

answers: NDQ_001800

answers: Water supply and sanitation:There

answers: NDQ_001801

answers: 150 households of 534.There

answers: NDQ_001802

answers: 150 households of 534.There

answers: NDQ_001803

answers: pipe line water supply / 10 taps

answers: NDQ_001804

answers: PHE department

answers: NDQ_001805

answers: 150 households of 534.There

text: In early September 2013, the Chinese Mainland government agreed to supply Kinmen with water from Jinjiang City in Fujian due to the ongoing water shortage problem in Kinmen. Kinmen draws more than 8,000 tonnes of groundwater everyday and water from its reservoir is barely enough to support the residence during dry season. The shortage problem will heavily hit the local economy by 2016 if no mitigation plan is enacted. The water supply agreement was officially signed on 20 July 2015 in Kinmen between Kinmen County Waterworks Director Weng Wen-kuei (翁文貴) and Fujian Water Supply Co chairman Zhu Jinliang (朱金良) witnessed by Kinmen County Magistrate Chen Fu-hai and Fujian Province Governor Su Shulin.

text: In early September 2013, the Chinese Mainland government agreed to supply Kinmen with water from

text: Jinjiang City

text: in

text: Fujian

text: due to the ongoing

text: water shortage

text: problem in Kinmen. Kinmen draws more than 8,000 tonnes of

text: groundwater

text: everyday and water from its reservoir is barely enough to support the residence during dry season. The shortage problem will heavily hit the local economy by 2016 if no mitigation plan is enacted. The water supply agreement was officially signed on 20 July 2015 in Kinmen between Kinmen County Waterworks Director Weng Wen-kuei (翁文貴) and Fujian Water Supply Co chairman Zhu Jinliang (朱金良) witnessed by Kinmen County

text: Magistrate

text: Chen Fu-hai

text: and Fujian Province Governor

text: Su Shulin

answers: NDQ_001768

answers: 8,000 tonnes of groundwater everyday

answers: NDQ_001769

answers: Kinmen County Waterworks

answers: NDQ_001770

answers: dry season

answers: NDQ_001771

answers: Kinmen draws more than 8,000 tonnes of groundwater everyday

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: Which of the following is not a type of chemical: Agricultural chemicals or water?

answers: NDQ_001774

answers: draws more than 8,000 tonnes of groundwater

answers: NDQ_001775

answers: 8,000 tonnes of groundwater everyday

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the amount of available water

answers: NDQ_001778

answers: draws more than 8,000 tonnes of groundwater everyday

answers: NDQ_001781

answers: draws more than 8,000 tonnes

answers: NDQ_001782

answers: Which of the following is not true of Kinmen?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Kinmen draws more than 8,000 tonnes of groundwater everyday

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or groundwater

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Kinmen draws more than 8,000 tonnes of groundwater everyday

answers: NDQ_001797

answers: What is the reason for the water shortage problem in Kinmen?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: dry season

answers: NDQ_001802

answers: Kinmen draws more than 8,000 tonnes of groundwater everyday

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: Kinmen draws

answers: NDQ_001768

answers: 8,000 tonnes of groundwater

answers: NDQ_001769

answers: residence

answers: NDQ_001770

answers: dry season.

answers: NDQ_001771

answers: 8,000 tonnes of groundwater

answers: NDQ_001772

answers: the Chinese Mainland government agreed to supply Kinmen

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: dry season.

answers: NDQ_001775

answers: 8,000 tonnes of groundwater

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: dry season.

answers: NDQ_001778

answers: Kinmen draws more than 8,000 tonnes of groundwater

answers: NDQ_001781

answers: Kinmen draws more than 8,000 tonnes of groundwater

answers: NDQ_001782

answers: water shortage problem in Kinmen.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Kinmen draws more than 8,000 tonnes of groundwater

answers: NDQ_001788

answers: Kinmen draws more than 8,000 tonnes of groundwater

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: 8,000 tonnes of groundwater

answers: NDQ_001791

answers: 2013,

answers: NDQ_001792

answers: Kinmen draws more than 8,000 tonnes of groundwater

answers: NDQ_001793

answers: water shortage problem in Kinmen.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: 2016

answers: NDQ_001796

answers: water shortage problem in Kinmen.

answers: NDQ_001797

answers: dry season.

answers: NDQ_001798

answers: 8,000 tonnes of groundwater

answers: NDQ_001799

answers: groundwater

answers: NDQ_001800

answers: water shortage problem

answers: NDQ_001801

answers: dry season.

answers: NDQ_001802

answers: water from its reservoir is barely enough to support the residence during dry season.

answers: NDQ_001803

answers: mitigation plan

answers: NDQ_001804

answers: Kinmen draws more than 8,000 tonnes of groundwater

answers: NDQ_001805

answers: Kinmen draws more than 8,000 tonnes of groundwater

text: The spinning wheel was a medieval invention that increased thread making productivity by a factor greater than ten.  One of the early developments that preceded the Industrial Revolution was the stocking frame (loom) of c. 1589.  Later in the Industrial Revolution came the flying shuttle, a simple device that doubled the productivity of weaving.  Spinning thread had been a limiting factor in cloth making requiring 10 spinners using the spinning wheel to supply one weaver.  With the spinning jenny a spinner could spin eight threads at once.  The water frame (Ptd. 1768) adapted water power to spinning, but it could only spin one thread at a time. The water frame was easy to operate and many could be located in a single building.  The spinning mule (1779) allowed a large number of threads to be spun by a single machine using water power.  A change in consumer preference for cotton at the time of increased cloth production resulted in the invention of the cotton gin (Ptd. 1794).  Steam power eventually was used as a supplement to water during the Industrial Revolution, and both were used until electrification.  A graph of productivity of spinning technologies can be found in Ayres (1989), along with much other data related this article.

text: The

text: spinning wheel

text: was a medieval invention that increased thread making productivity by a factor greater than ten.  One of the early developments that preceded the

text: Industrial Revolution

text: was the

text: stocking frame

text: (loom) of c. 1589.  Later in the Industrial Revolution came the

text: flying shuttle

text: , a simple device that doubled the productivity of weaving.  Spinning thread had been a limiting factor in cloth making requiring 10 spinners using the

text: spinning wheel

text: to supply one weaver.  With the

text: spinning jenny

text: a spinner could spin eight threads at once.  The

text: water frame

text: (Ptd. 1768) adapted water power to spinning, but it could only spin one thread at a time. The water frame was easy to operate and many could be located in a single building.  The

text: spinning mule

text: (1779) allowed a large number of threads to be spun by a single machine using water power.  A change in consumer preference for cotton at the time of increased cloth production resulted in the invention of the

text: cotton gin

text: (Ptd. 1794).  Steam power eventually was used as a supplement to water during the Industrial Revolution, and both were used until electrification.  A graph of productivity of spinning technologies can be found in Ayres (1989), along with much other data related this article.

answers: NDQ_001768

answers: Steam power until electrification

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: How many threads could the spinning jenny spin?

answers: NDQ_001771

answers: Steam power eventually was used as a supplement to water during the Industrial Revolution, and both were used until what?

answers: NDQ_001772

answers: cotton gin

answers: NDQ_001773

answers: In what year was the cotton gin invented?

answers: NDQ_001774

answers: is used as a supplement

answers: NDQ_001775

answers: How many threads could the spinning mule spin?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: how many threads can a spinning jenny spin?

answers: NDQ_001778

answers: increased cloth production

answers: NDQ_001781

answers: can't be used for spinning

answers: NDQ_001782

answers: How many threads could the spinning jenny spin at once?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: How many threads could the spinning jenny spin?

answers: NDQ_001788

answers: How many threads could be spun by a single machine using water power?

answers: NDQ_001789

answers: How many threads could the spinning mule spin?

answers: NDQ_001790

answers: How many threads could the spinning jenny spin?

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: How many threads could the spinning jenny spin?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: How many threads could the spinning jenny spin?

answers: NDQ_001795

answers: How many people will have enough clean water by the year 2025?

answers: NDQ_001796

answers: How many threads could the water frame spin?

answers: NDQ_001797

answers: How many years after the invention of the spinning wheel was the cotton gin invented?

answers: NDQ_001798

answers: How many threads could a spinner spin with the spinning jenny?

answers: NDQ_001799

answers: How many threads could the spinning jenny spin at once?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: The water frame (Ptd.

answers: NDQ_001803

answers: Steam power

answers: NDQ_001804

answers: The water frame

answers: NDQ_001805

answers: cotton gin

answers: NDQ_001768

answers: Steam power

answers: NDQ_001769

answers: spinning,

answers: NDQ_001770

answers: Steam power

answers: NDQ_001771

answers: The water frame

answers: NDQ_001772

answers: cotton gin (Ptd. 1794). Steam power

answers: NDQ_001773

answers: ten.

answers: NDQ_001774

answers: electrification.

answers: NDQ_001775

answers: spinning,

answers: NDQ_001776

answers: electrification.

answers: NDQ_001777

answers: consumer preference for cotton

answers: NDQ_001778

answers: increased cloth production

answers: NDQ_001781

answers: it could only spin one thread at a time.

answers: NDQ_001782

answers: Steam power

answers: NDQ_001785

answers: ten.

answers: NDQ_001787

answers: Steam power

answers: NDQ_001788

answers: many could be located in a single building.

answers: NDQ_001789

answers: electrification.

answers: NDQ_001790

answers: ten.

answers: NDQ_001791

answers: ten.

answers: NDQ_001792

answers: ten.

answers: NDQ_001793

answers: ten.

answers: NDQ_001794

answers: ten.

answers: NDQ_001795

answers: electrification.

answers: NDQ_001796

answers: water frame

answers: NDQ_001797

answers: Steam power

answers: NDQ_001798

answers: electrification.

answers: NDQ_001799

answers: Steam power

answers: NDQ_001800

answers: Spinning thread

answers: NDQ_001801

answers: 1768)

answers: NDQ_001802

answers: Steam power eventually was used as a supplement to water

answers: NDQ_001803

answers: Steam power

answers: NDQ_001804

answers: water frame

answers: NDQ_001805

answers: spinning,

text: When river water is used in surface irrigation, the part of water joining the stream is termed as ‘return flows’ and the part of water joining the aquifer is termed as ‘seepage loss’ or manmade ground water charging. The sum of primary water supplies and return (recycled) flows in a river basin is the total water available for use. The total available water for use in a river basin is almost one-and-half times the primary water supplies if net ground water use is also accounted.  If ground water use is intensive or close to ground water mining, the return flows would be during heavy rains period only which are below 10% of primary water supplies in the river basin. There would be negligible base flows into the river streams during the remaining period and  good chance of river turning in to losing stream due to unsustainable ground water exploitation.

text: When river water is used in surface irrigation, the part of water joining the stream is termed as ‘return flows’ and the part of water joining the aquifer is termed as ‘seepage loss’ or manmade ground water charging. The sum of primary water supplies and return (recycled) flows in a river basin is the total water available for use. The total available water for use in a river basin is almost one-and-half times the primary water supplies if net ground water use is also accounted.  If ground water use is intensive or close to ground water mining, the return flows would be during heavy rains period only which are below 10% of primary water supplies in the river basin. There would be negligible base flows into the river streams during the remaining period and  good chance of river turning in to

text: losing stream

text: due to unsustainable ground water exploitation.

answers: NDQ_001768

answers: ground water

answers: NDQ_001769

answers: surface irrigation

answers: NDQ_001770

answers: Seepage loss

answers: NDQ_001771

answers: ground water mining

answers: NDQ_001772

answers: ground water mining

answers: NDQ_001773

answers: Which of the following is not used in surface irrigation?

answers: NDQ_001774

answers: seepage loss

answers: NDQ_001775

answers: ground water mining

answers: NDQ_001776

answers: ground water exploitation

answers: NDQ_001777

answers: ground water use

answers: NDQ_001778

answers: ground water mining

answers: NDQ_001781

answers: seepage loss

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: If ground water use is intensive

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: Which of the following is not true?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unsustainable ground water exploitation

answers: NDQ_001797

answers: Which of the following is not a type of climate?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: ground water exploitation

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: If ground water use is intensive

answers: NDQ_001803

answers: surface irrigation

answers: NDQ_001804

answers: seepage loss

answers: NDQ_001805

answers: surface irrigation

answers: NDQ_001768

answers: surface irrigation,

answers: NDQ_001769

answers: surface irrigation,

answers: NDQ_001770

answers: ‘seepage loss’

answers: NDQ_001771

answers: surface irrigation,

answers: NDQ_001772

answers: surface irrigation,

answers: NDQ_001773

answers: When river water is used in surface irrigation,

answers: NDQ_001774

answers: manmade ground water charging.

answers: NDQ_001775

answers: surface irrigation,

answers: NDQ_001776

answers: ground water exploitation.

answers: NDQ_001777

answers: ground water use is intensive or close to ground water mining,

answers: NDQ_001778

answers: unsustainable ground water exploitation.

answers: NDQ_001781

answers: unsustainable ground water exploitation.

answers: NDQ_001782

answers: When river water

answers: NDQ_001785

answers: one-and-half times the primary water supplies

answers: NDQ_001787

answers: When river water is used in surface irrigation,

answers: NDQ_001788

answers: unsustainable ground water exploitation.

answers: NDQ_001789

answers: ground water charging.

answers: NDQ_001790

answers: one-and-half

answers: NDQ_001791

answers: one-and-half times the primary water supplies

answers: NDQ_001792

answers: When river water

answers: NDQ_001793

answers: one-and-half times the primary water supplies

answers: NDQ_001794

answers: ground water mining,

answers: NDQ_001795

answers: one-and-half times the primary water supplies

answers: NDQ_001796

answers: When river water

answers: NDQ_001797

answers: 10% of primary water supplies in the river basin.

answers: NDQ_001798

answers: one-and-half times the primary water supplies

answers: NDQ_001799

answers: stream

answers: NDQ_001800

answers: unsustainable ground water exploitation.

answers: NDQ_001801

answers: heavy rains

answers: NDQ_001802

answers: If ground water use is intensive

answers: NDQ_001803

answers: surface irrigation,

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: surface irrigation,

text: The legal right to use a designated water supply is known as a water right. There are two major models used for water rights. The first is riparian rights, where the owner of the adjacent land has the right to the water in the stream. The other major model is the prior appropriations model, the first party to make use of a water supply has the first rights to it, regardless of whether the property is near the water source. Riparian systems are generally more common in areas where water is plentiful, while appropriations systems are more common in dry climates. As water resource law is complex, many areas have some combination of the two approaches.

text: The legal right to use a designated water supply is known as a

text: water right

text: . There are two major models used for water rights. The first is

text: riparian rights

text: , where the owner of the adjacent land has the right to the water in the stream. The other major model is the

text: prior appropriations model

text: , the first party to make use of a water supply has the first rights to it, regardless of whether the property is near the water source. Riparian systems are generally more common in areas where water is plentiful, while appropriations systems are more common in dry climates. As water resource law is complex, many areas have some combination of the two approaches.

answers: NDQ_001768

answers: prior appropriations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: dry climates

answers: NDQ_001771

answers: riparian rights

answers: NDQ_001772

answers: riparian rights

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: prior appropriations

answers: NDQ_001775

answers: riparian rights

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: prior appropriations

answers: NDQ_001781

answers: prior appropriations

answers: NDQ_001782

answers: What does the legal right to use a designated water supply mean?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Riparian rights

answers: NDQ_001789

answers: Which of the following is not a type of water use?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Riparian rights

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: riparian rights

answers: NDQ_001797

answers: Riparian systems are generally more common in areas

answers: NDQ_001798

answers: prior appropriations

answers: NDQ_001799

answers: Which of the following is not a source of water: a stream, a river, or a lake?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: appropriations

answers: NDQ_001802

answers: as water resource law is complex, many areas have some combination of the two approaches

answers: NDQ_001803

answers: riparian rights

answers: NDQ_001804

answers: riparian rights

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: riparian rights,

answers: NDQ_001769

answers: a water right.

answers: NDQ_001770

answers: riparian rights, where the owner of the adjacent land

answers: NDQ_001771

answers: riparian rights,

answers: NDQ_001772

answers: riparian rights,

answers: NDQ_001773

answers: water supply is known as a water right.

answers: NDQ_001774

answers: riparian rights,

answers: NDQ_001775

answers: The legal right to use a designated water supply

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: dry climates.

answers: NDQ_001778

answers: appropriations systems

answers: NDQ_001781

answers: dry climates.

answers: NDQ_001782

answers: riparian rights,

answers: NDQ_001785

answers: riparian rights,

answers: NDQ_001787

answers: riparian rights,

answers: NDQ_001788

answers: Riparian systems

answers: NDQ_001789

answers: riparian rights,

answers: NDQ_001790

answers: plentiful,

answers: NDQ_001791

answers: riparian rights,

answers: NDQ_001792

answers: riparian rights,

answers: NDQ_001793

answers: Riparian systems are generally more common in areas where water is plentiful,

answers: NDQ_001794

answers: riparian rights,

answers: NDQ_001795

answers: riparian rights,

answers: NDQ_001796

answers: riparian rights,

answers: NDQ_001797

answers: appropriations systems

answers: NDQ_001798

answers: riparian rights,

answers: NDQ_001799

answers: riparian rights,

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: appropriations systems are more common in dry climates.

answers: NDQ_001802

answers: Riparian systems are generally more common in areas where water is plentiful,

answers: NDQ_001803

answers: designated water supply

answers: NDQ_001804

answers: riparian rights,

answers: NDQ_001805

answers: riparian rights,

text: It is estimated that between 50% and 60% of the population of Southern Sudan has access to an improved water source, such as a hand pump, a protected well or – for a small minority - piped water supply. Even those with access to an improved water source often do not receive safe water. Also, they do not receive water throughout the year, because piped water supply is intermittent or wells run dry. Those without access to an improved water source fetch water from rivers, ponds or open wells. This is often done by children and women. Some also buy water from vendors who use donkeys, bicycles or trucks to get water to their customers.

text: It is estimated that between 50% and 60% of the population of Southern Sudan has access to an

text: improved water source

text: , such as a hand pump, a protected well or – for a small minority - piped water supply. Even those with access to an improved water source often do not receive safe water. Also, they do not receive water throughout the year, because piped water supply is intermittent or wells run dry. Those without access to an improved water source fetch water from rivers, ponds or open wells. This is often done by children and women. Some also buy water from vendors who use donkeys, bicycles or trucks to get water to their customers.

answers: NDQ_001768

answers: donkeys, bicycles or trucks

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: ponds and rivers

answers: NDQ_001772

answers: children and women

answers: NDQ_001773

answers: Which of the following is not a source of water: rivers, ponds or open wells?

answers: NDQ_001774

answers: does not receive safe water

answers: NDQ_001775

answers: What is the main purpose of the water supply?

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: between 50% and 60%

answers: NDQ_001778

answers: fetch water from rivers, ponds or open wells

answers: NDQ_001781

answers: does not have safe water

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: ponds or open wells

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: This is often done by children and women

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or Southern Sudan?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: piped water supply is intermittent

answers: NDQ_001802

answers: Even those with access to an improved water source often do not receive safe water

answers: NDQ_001803

answers: ponds

answers: NDQ_001804

answers: a protected well

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: fetch water from rivers, ponds or open wells.

answers: NDQ_001769

answers: customers.

answers: NDQ_001770

answers: safe water.

answers: NDQ_001771

answers: fetch water from rivers, ponds or open wells.

answers: NDQ_001772

answers: children and women.

answers: NDQ_001773

answers: Southern Sudan

answers: NDQ_001774

answers: wells run dry.

answers: NDQ_001775

answers: donkeys, bicycles or trucks to get water to their customers.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: improved water source,

answers: NDQ_001778

answers: fetch water from rivers, ponds or open wells.

answers: NDQ_001781

answers: safe water.

answers: NDQ_001782

answers: fetch water from rivers, ponds or open wells.

answers: NDQ_001785

answers: Those without access to an improved water source fetch water

answers: NDQ_001787

answers: Even those with access to an improved water source often do not receive safe water.

answers: NDQ_001788

answers: piped water supply is intermittent or wells run dry.

answers: NDQ_001789

answers: rivers, ponds or open wells.

answers: NDQ_001790

answers: 50% and 60% of the population of Southern Sudan

answers: NDQ_001791

answers: between 50% and 60% of the population of Southern Sudan

answers: NDQ_001792

answers: rivers, ponds or open wells.

answers: NDQ_001793

answers: – for a small minority - piped water supply.

answers: NDQ_001794

answers: rivers, ponds or open wells.

answers: NDQ_001795

answers: piped water supply.

answers: NDQ_001796

answers: fetch water from rivers, ponds or open wells.

answers: NDQ_001797

answers: fetch water from rivers, ponds or open wells.

answers: NDQ_001798

answers: improved water source,

answers: NDQ_001799

answers: rivers, ponds or open wells.

answers: NDQ_001800

answers: water source,

answers: NDQ_001801

answers: they do not receive water throughout the year,

answers: NDQ_001802

answers: often do not receive safe water.

answers: NDQ_001803

answers: fetch water from rivers, ponds or open wells.

answers: NDQ_001804

answers: piped water supply.

answers: NDQ_001805

answers: donkeys, bicycles or trucks to get water to their customers.

text: With the few thousand wells feeding the population of Mumbai tending to go dry during summer, the acute shortage of water resulted in protests by the local residents in June 1845. A two-man committee, appointed by the British rulers of the time, to examine the grievances of the agitators concurred with water shortage problem and stressed the urgent need to solve the water supply problem of Mumbai.

text: With the few thousand wells feeding the population of Mumbai tending to go dry during summer, the acute shortage of water resulted in protests by the local residents in June 1845. A two-man committee, appointed by the British rulers of the time, to examine the grievances of the agitators concurred with water shortage problem and stressed the urgent need to solve the water supply problem of Mumbai.

answers: NDQ_001768

answers: few thousand wells

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: protests

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Mumbai

answers: NDQ_001773

answers: are used for what purpose?

answers: NDQ_001774

answers: dry during summer

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: lack of water

answers: NDQ_001777

answers: wells

answers: NDQ_001778

answers: protests

answers: NDQ_001781

answers: dry during summer

answers: NDQ_001782

answers: Why did the protests result in protests by the local residents?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the protests?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What does the passage imply about glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or Mumbai?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: summer

answers: NDQ_001802

answers: acute shortage of water

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: wells

answers: NDQ_001769

answers: feeding the population

answers: NDQ_001770

answers: shortage of water

answers: NDQ_001771

answers: summer,

answers: NDQ_001772

answers: Mumbai

answers: NDQ_001773

answers: 1845.

answers: NDQ_001774

answers: dry

answers: NDQ_001775

answers: water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: wells

answers: NDQ_001778

answers: protests

answers: NDQ_001781

answers: shortage of water

answers: NDQ_001782

answers: water resulted in protests by the local residents in June 1845.

answers: NDQ_001785

answers: water resulted in protests by the local residents in June 1845.

answers: NDQ_001787

answers: With the few thousand wells

answers: NDQ_001788

answers: few thousand wells

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: 1845.

answers: NDQ_001791

answers: 1845.

answers: NDQ_001792

answers: Mumbai

answers: NDQ_001793

answers: Mumbai.

answers: NDQ_001794

answers: wells

answers: NDQ_001795

answers: 1845.

answers: NDQ_001796

answers: water resulted in protests by the local residents in June 1845.

answers: NDQ_001797

answers: Mumbai

answers: NDQ_001798

answers: 1845.

answers: NDQ_001799

answers: few thousand wells

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: June 1845.

answers: NDQ_001802

answers: Mumbai.

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: Mumbai

text: Water deficits, which are already spurring heavy grain imports in numerous smaller countries, may soon do the same in larger countries, such as China or India, if technology is not used. The water tables are falling in scores of countries (including Northern China, the US, and India) owing to widespread overdrafting beyond sustainable yields. Other countries affected include Pakistan, Iran, and Mexico. This overdrafting is already leading to water scarcity and cutbacks in grain harvest. Even with the overpumping of its aquifers, China has developed a grain deficit. This effect has contributed in driving grain prices upward. Most of the 3 billion people projected to be added worldwide by mid-century will be born in countries already experiencing water shortages. One suggested solution is for population growth to be slowed quickly by investing heavily in female literacy and family planning services. Desalination is also considered a viable and effective solution to the problem of water shortages.

text: Water deficits

text: , which are already spurring heavy grain imports in numerous smaller countries, may soon do the same in larger countries, such as China or India, if technology is not used. The water tables are falling in scores of countries (including Northern China, the US, and India) owing to widespread

text: overdrafting

text: beyond

text: sustainable

text: yields. Other countries affected include Pakistan,

text: Iran

text: , and Mexico. This overdrafting is already leading to

text: water scarcity

text: and cutbacks in grain harvest. Even with the overpumping of its

text: aquifers

text: , China has developed a grain deficit. This effect has contributed in driving grain prices upward. Most of the 3 billion people projected to be added worldwide by mid-century will be born in countries already experiencing

text: water shortages

text: . One suggested solution is for

text: population growth

text: to be slowed quickly by investing heavily in female

text: literacy

text: and

text: family planning

text: services.

text: Desalination

text: is also considered a viable and effective solution to the problem of water shortages.

answers: NDQ_001768

answers: Desalination

answers: NDQ_001769

answers: what is the first country mentioned?

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: Desalination is also considered a viable and effective solution to the problem of what?

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: Which of the following is not a country: Pakistan, Iran, or India?

answers: NDQ_001774

answers: overpumping

answers: NDQ_001775

answers: Desalination

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: aquifers

answers: NDQ_001778

answers: overpumping

answers: NDQ_001781

answers: overpumping

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a country: Pakistan, Iran, or India?

answers: NDQ_001788

answers: Which of the following is not a country: Northern China, the US, and India, or China?

answers: NDQ_001789

answers: What is a viable and effective solution to the problem of water shortages?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many billion people are projected to be added worldwide by mid-century?

answers: NDQ_001792

answers: Which of the following is not a country: Northern China, the US, and India, or Pakistan?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: aquifers

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Desalination

answers: NDQ_001797

answers: Which of the following is not a country: Pakistan, Iran, or India?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: Which of the following is not a country affected by widespread overdrafting beyond sustainable yields?

answers: NDQ_001800

answers: Most of the 3 billion people projected to be added worldwide by mid-century will be born in countries already experiencing water shortages

answers: NDQ_001801

answers: China has developed a grain deficit

answers: NDQ_001802

answers: widespread overdrafting beyond sustainable yields

answers: NDQ_001803

answers: Desalination

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: grain imports

answers: NDQ_001768

answers: Desalination

answers: NDQ_001769

answers: Desalination

answers: NDQ_001770

answers: water scarcity and cutbacks in grain harvest.

answers: NDQ_001771

answers: Desalination

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: Water deficits, which are already spurring heavy grain imports

answers: NDQ_001774

answers: overdrafting beyond sustainable yields.

answers: NDQ_001775

answers: grain imports

answers: NDQ_001776

answers: Water deficits,

answers: NDQ_001777

answers: overdrafting beyond sustainable yields.

answers: NDQ_001778

answers: overdrafting beyond sustainable yields.

answers: NDQ_001781

answers: overdrafting beyond sustainable yields.

answers: NDQ_001782

answers: Desalination

answers: NDQ_001785

answers: Water deficits,

answers: NDQ_001787

answers: Desalination

answers: NDQ_001788

answers: overdrafting beyond sustainable yields.

answers: NDQ_001789

answers: Desalination

answers: NDQ_001790

answers: 3

answers: NDQ_001791

answers: overdrafting beyond sustainable yields.

answers: NDQ_001792

answers: The water tables are falling

answers: NDQ_001793

answers: Desalination

answers: NDQ_001794

answers: aquifers,

answers: NDQ_001795

answers: 3 billion

answers: NDQ_001796

answers: Desalination

answers: NDQ_001797

answers: Desalination

answers: NDQ_001798

answers: Desalination

answers: NDQ_001799

answers: Desalination

answers: NDQ_001800

answers: Water deficits,

answers: NDQ_001801

answers: overdrafting beyond sustainable yields.

answers: NDQ_001802

answers: widespread overdrafting beyond sustainable yields.

answers: NDQ_001803

answers: Desalination

answers: NDQ_001804

answers: aquifers,

answers: NDQ_001805

answers: grain imports

text: Issues surrounding the provision of water are nothing new; however, the approach to the problematic has changed dramatically during the last century. For the majority of the 20th century water was publicly provisioned in an era of the Keynesian Welfare State. The state incurred high capital costs in building long-lasting infrastructure that could readily supply the population with universal access to water in the pursuit of economic growth and industrialisation.  The emphasis was on social equity, with water resources state owned and centrally regulated through command and control regulation. The emphasis was on providing universal access and supply led solutions. This approach was heavily criticised during the late 20th century and under the prevailing ethos of neoliberal economic globalization, commodification of water was increasingly presented as the answer. The ability of the state to continue provision of water efficiently was questioned in the latter half of the 20th century in parallel with the environmentalist movement which raised awareness of the resulting environmental degradation and ecological disturbances.  The fiscal crisis of the 1970s decreased public spending in most developed nations, leading to further deterioration of state-run infrastructure and further exacerbating problems of provision. Together with critics insistence on state inability to operate efficiently these factors created an impetus for change in water governance. The precipitated change in attitude as to how water should be governed was market-based governance, proposed by neoliberals, and becoming the dominant approach to environmental problems. This shift in attitude led to the intensification of the commodification of water.

text: Issues surrounding the provision of water are nothing new; however, the approach to the problematic has changed dramatically during the last century. For the majority of the 20th century water was publicly provisioned in an era of the

text: Keynesian Welfare State

text: . The state incurred high capital costs in building long-lasting infrastructure that could readily supply the population with universal

text: access to water

text: in the pursuit of

text: economic growth

text: and

text: industrialisation

text: .  The emphasis was on

text: social equity

text: , with water resources state owned and centrally regulated through command and control regulation. The emphasis was on providing universal access and supply led solutions. This approach was heavily criticised during the late 20th century and under the prevailing ethos of

text: neoliberal economic

text: globalization

text: , commodification of water was increasingly presented as the answer. The ability of the state to continue provision of water efficiently was questioned in the latter half of the 20th century in parallel with the

text: environmentalist movement

text: which raised awareness of the resulting environmental degradation and ecological disturbances.  The fiscal crisis of the 1970s decreased public spending in most developed nations, leading to further deterioration of state-run infrastructure and further exacerbating problems of provision. Together with critics insistence on state inability to operate efficiently these factors created an impetus for change in water governance. The precipitated change in attitude as to how water should be governed was market-based governance, proposed by

text: neoliberals

text: , and becoming the dominant approach to environmental problems. This shift in attitude led to the intensification of the commodification of water.

answers: NDQ_001768

answers: market-based governance

answers: NDQ_001769

answers: economic growth and industrialisation

answers: NDQ_001770

answers: ecological disturbances

answers: NDQ_001771

answers: What did the Keynesian Welfare State focus on?

answers: NDQ_001772

answers: industrialization

answers: NDQ_001773

answers: Which of the following is not a form of commodification of water?

answers: NDQ_001774

answers: commodification

answers: NDQ_001775

answers: commodification of water was increasingly presented as the answer

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: economic growth and industrialisation

answers: NDQ_001778

answers: commodification of water

answers: NDQ_001781

answers: lacks efficiency

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: environmental degradation and ecological disturbances

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The fiscal crisis of the 1970s decreased public spending

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Drier climates?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: commodification of water

answers: NDQ_001801

answers: fiscal crisis of the 1970s

answers: NDQ_001802

answers: environmental degradation and ecological disturbances

answers: NDQ_001803

answers: ponds

answers: NDQ_001804

answers: Keynesian Welfare State

answers: NDQ_001805

answers: industrialisation

answers: NDQ_001768

answers: commodification

answers: NDQ_001769

answers: economic growth and industrialisation.

answers: NDQ_001770

answers: environmental degradation and ecological disturbances.

answers: NDQ_001771

answers: Keynesian Welfare State.

answers: NDQ_001772

answers: industrialisation.

answers: NDQ_001773

answers: Keynesian Welfare State.

answers: NDQ_001774

answers: environmental degradation and ecological disturbances.

answers: NDQ_001775

answers: industrialisation.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: economic growth

answers: NDQ_001778

answers: decreased public spending

answers: NDQ_001781

answers: environmental degradation and ecological disturbances.

answers: NDQ_001782

answers: universal access to water

answers: NDQ_001785

answers: Keynesian Welfare State.

answers: NDQ_001787

answers: Keynesian Welfare State.

answers: NDQ_001788

answers: Keynesian Welfare State.

answers: NDQ_001789

answers: industrialisation.

answers: NDQ_001790

answers: Keynesian Welfare State.

answers: NDQ_001791

answers: Keynesian Welfare State.

answers: NDQ_001792

answers: Keynesian Welfare State.

answers: NDQ_001793

answers: Keynesian Welfare State.

answers: NDQ_001794

answers: Keynesian Welfare State.

answers: NDQ_001795

answers: Keynesian Welfare State.

answers: NDQ_001796

answers: Keynesian Welfare State.

answers: NDQ_001797

answers: Keynesian Welfare State.

answers: NDQ_001798

answers: Keynesian Welfare State.

answers: NDQ_001799

answers: Keynesian Welfare State.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 1970s

answers: NDQ_001802

answers: environmental degradation and ecological disturbances.

answers: NDQ_001803

answers: supply led solutions.

answers: NDQ_001804

answers: Keynesian Welfare State.

answers: NDQ_001805

answers: industrialisation.

text: The first episode of International Waters was released on March 18, 2012. The show was hosted by public radio producer and Maximum Fun founder Jesse Thorn until September 2013, with guest hosts Jordan Morris and Dave Holmes occasionally filling in. After a break in the show in late 2013, Holmes took over as full-time host on January 15, 2014, with episode 18.

text: The first episode of International Waters was released on March 18, 2012. The show was hosted by

text: public radio

text: producer and Maximum Fun founder

text: Jesse Thorn

text: until September 2013, with guest hosts

text: Jordan Morris

text: and Dave Holmes occasionally filling in. After a break in the show in late 2013, Holmes took over as full-time host on January 15, 2014, with episode 18.

answers: NDQ_001768

answers: untreated water

answers: NDQ_001769

answers: Municipal use of water

answers: NDQ_001770

answers: International Waters

answers: NDQ_001771

answers: International Waters

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: What is the name of the first episode of International Waters?

answers: NDQ_001774

answers: is lost for human use

answers: NDQ_001775

answers: production

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: public radio producer

answers: NDQ_001781

answers: is too cold

answers: NDQ_001782

answers: Jesse Thorn

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: Jesse Thorn

answers: NDQ_001788

answers: Jesse Thorn

answers: NDQ_001789

answers: Jesse Thorn

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What is a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Jordan Morris

answers: NDQ_001797

answers: Drier

answers: NDQ_001798

answers: less water

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: watering can

answers: NDQ_001804

answers: International Waters

answers: NDQ_001805

answers: ice

answers: NDQ_001768

answers: March 18, 2012.

answers: NDQ_001769

answers: public radio

answers: NDQ_001770

answers: The first episode of International Waters was released on March 18, 2012.

answers: NDQ_001771

answers: Fun

answers: NDQ_001772

answers: public radio

answers: NDQ_001773

answers: March 18, 2012.

answers: NDQ_001774

answers: 2013,

answers: NDQ_001775

answers: radio

answers: NDQ_001776

answers: 18, 2012.

answers: NDQ_001777

answers: 2013,

answers: NDQ_001778

answers: 2012.

answers: NDQ_001781

answers: 2013,

answers: NDQ_001782

answers: March 18, 2012.

answers: NDQ_001785

answers: 2013,

answers: NDQ_001787

answers: Jesse Thorn until September 2013,

answers: NDQ_001788

answers: March 18, 2012.

answers: NDQ_001789

answers: March 18, 2012.

answers: NDQ_001790

answers: 2012.

answers: NDQ_001791

answers: March 18, 2012.

answers: NDQ_001792

answers: The first episode of International Waters was released on March 18, 2012.

answers: NDQ_001793

answers: 2012.

answers: NDQ_001794

answers: March 18, 2012.

answers: NDQ_001795

answers: 2012.

answers: NDQ_001796

answers: Jesse Thorn until September 2013,

answers: NDQ_001797

answers: 2012.

answers: NDQ_001798

answers: 2012.

answers: NDQ_001799

answers: March 18, 2012.

answers: NDQ_001800

answers: March 18, 2012.

answers: NDQ_001801

answers: March 18, 2012.

answers: NDQ_001802

answers: 2012.

answers: NDQ_001803

answers: Waters

answers: NDQ_001804

answers: March 18, 2012.

answers: NDQ_001805

answers: March 18, 2012.

text: Railway dams and reservoirs were used to supply water to an extensive railway system that ventured into low rainfall, and poor water quality areas of the inner regions of Western Australia in the 1890s.

text: Railway dams and reservoirs were used to supply water to an extensive railway system that ventured into low rainfall, and poor water quality areas of the inner regions of

text: Western Australia

text: in the 1890s.

answers: NDQ_001768

answers: dams and reservoirs

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: poor water quality

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: railways

answers: NDQ_001773

answers: are used in the manufacture of fertilizers

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: production of goods

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: railway dams

answers: NDQ_001781

answers: does not have the right quality

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Yes

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a reason for railway dams and reservoirs to be used?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: in the 1890s

answers: NDQ_001802

answers: poor

answers: NDQ_001803

answers: can't be answered

answers: NDQ_001804

answers: railway dams

answers: NDQ_001805

answers: railways

answers: NDQ_001768

answers: Railway dams and reservoirs

answers: NDQ_001769

answers: railway system

answers: NDQ_001770

answers: poor water quality

answers: NDQ_001771

answers: Railway dams and reservoirs

answers: NDQ_001772

answers: railway system

answers: NDQ_001773

answers: Railway dams and reservoirs

answers: NDQ_001774

answers: poor water quality

answers: NDQ_001775

answers: railway system

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: rainfall,

answers: NDQ_001778

answers: Railway dams and reservoirs

answers: NDQ_001781

answers: poor water quality

answers: NDQ_001782

answers: Railway dams and reservoirs

answers: NDQ_001785

answers: poor water quality areas of the inner regions of Western Australia

answers: NDQ_001787

answers: poor water quality

answers: NDQ_001788

answers: poor water quality

answers: NDQ_001789

answers: Railway dams

answers: NDQ_001790

answers: Railway dams and reservoirs

answers: NDQ_001791

answers: Railway dams and reservoirs

answers: NDQ_001792

answers: low rainfall,

answers: NDQ_001793

answers: Railway dams and reservoirs

answers: NDQ_001794

answers: Railway dams and reservoirs

answers: NDQ_001795

answers: poor water quality

answers: NDQ_001796

answers: poor water quality

answers: NDQ_001797

answers: poor water quality

answers: NDQ_001798

answers: Railway dams and reservoirs

answers: NDQ_001799

answers: poor water quality

answers: NDQ_001800

answers: poor water quality

answers: NDQ_001801

answers: 1890s.

answers: NDQ_001802

answers: poor water quality

answers: NDQ_001803

answers: Railway dams and reservoirs

answers: NDQ_001804

answers: Railway dams and reservoirs

answers: NDQ_001805

answers: railway system

text: Water problems involve stakeholders such as agriculture and industry, urban developers and environmental conservationists competing for the limited and common resource of available water. These problems also cross physical, disciplinary, and jurisdictional boundaries. Because of these competing needs and objectives, it is difficult to find acceptable solutions to water problems.

text: Water problems involve stakeholders such as agriculture and industry,

text: urban developers

text: and

text: environmental conservationists

text: competing for the limited and common resource of available water. These problems also cross physical, disciplinary, and jurisdictional boundaries. Because of these competing needs and objectives, it is difficult to find acceptable solutions to water problems.

answers: NDQ_001768

answers: limited and common resource

answers: NDQ_001769

answers: urban development

answers: NDQ_001770

answers: water problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: urban developers

answers: NDQ_001773

answers: can be used to reduce the amount of water used for irrigation

answers: NDQ_001774

answers: is not available

answers: NDQ_001775

answers: to make products

answers: NDQ_001776

answers: water problems

answers: NDQ_001777

answers: water problems

answers: NDQ_001778

answers: agriculture and industry

answers: NDQ_001781

answers: competing for the limited and common resource

answers: NDQ_001782

answers: What is the common resource of available water?

answers: NDQ_001785

answers: Why is it difficult to find acceptable solutions to water problems?

answers: NDQ_001787

answers: environmental conservationists

answers: NDQ_001788

answers: environmental conservationists

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: limited and common resource

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: It is difficult to find acceptable solutions to water problems

answers: NDQ_001797

answers: What is the common resource of available water?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be a problem

answers: NDQ_001802

answers: it is difficult to find acceptable solutions

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: limited and common resource of available water.

answers: NDQ_001769

answers: urban developers

answers: NDQ_001770

answers: it is difficult to find acceptable solutions to water problems.

answers: NDQ_001771

answers: urban developers and environmental conservationists

answers: NDQ_001772

answers: agriculture and industry,

answers: NDQ_001773

answers: agriculture and industry, urban developers and environmental conservationists

answers: NDQ_001774

answers: environmental conservationists

answers: NDQ_001775

answers: water.

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: limited and common resource

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: competing for the limited and common resource of available water.

answers: NDQ_001782

answers: limited and common resource of available water.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: it is difficult to find acceptable solutions to water problems.

answers: NDQ_001788

answers: water.

answers: NDQ_001789

answers: water.

answers: NDQ_001790

answers: water.

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: limited and common resource of available water.

answers: NDQ_001793

answers: limited and common resource of available water.

answers: NDQ_001794

answers: limited and common resource of available water.

answers: NDQ_001795

answers: limited and common resource of available water.

answers: NDQ_001796

answers: it is difficult to find acceptable solutions to water problems.

answers: NDQ_001797

answers: Water problems

answers: NDQ_001798

answers: environmental conservationists

answers: NDQ_001799

answers: water.

answers: NDQ_001800

answers: Water problems

answers: NDQ_001801

answers: Water problems

answers: NDQ_001802

answers: limited and common resource of available water.

answers: NDQ_001803

answers: it is difficult to find acceptable solutions to water problems.

answers: NDQ_001804

answers: urban developers and environmental conservationists

answers: NDQ_001805

answers: agriculture and industry,

text: In the early 1980s, as part of Capitol Records' repackage series of their Beach Boys albums, Shut Down Volume 2 was retitled Fun Fun Fun and had two tracks deleted: ""Cassius" Love vs. "Sonny" Wilson" and "In the Parkin' Lot."

text: In the early 1980s, as part of Capitol Records' repackage series of their Beach Boys albums, Shut Down Volume 2 was retitled Fun Fun Fun and had two tracks deleted: ""Cassius" Love vs. "Sonny" Wilson" and "In the Parkin' Lot."

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a plant to die

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: What is the name of the chemical used in the manufacture of fertilizers?

answers: NDQ_001774

answers: is evaporated

answers: NDQ_001775

answers: cleaning

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: repackaging

answers: NDQ_001781

answers: is too cold

answers: NDQ_001782

answers: Which of the following is not a form of life: Shut Down Volume 2?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the purpose of the passage?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: In the Parkin' Lot

answers: NDQ_001797

answers: How would you describe Shut Down Volume 2?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is the best title for this passage?

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can not be used to describe

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: In the early 1980s,

answers: NDQ_001769

answers: Parkin' Lot."

answers: NDQ_001770

answers: two tracks deleted:

answers: NDQ_001771

answers: Parkin' Lot."

answers: NDQ_001772

answers: Beach Boys

answers: NDQ_001773

answers: In the early 1980s,

answers: NDQ_001774

answers: two tracks deleted:

answers: NDQ_001775

answers: repackage

answers: NDQ_001776

answers: In the early 1980s,

answers: NDQ_001777

answers: In the early 1980s,

answers: NDQ_001778

answers: Parkin' Lot."

answers: NDQ_001781

answers: In the early 1980s,

answers: NDQ_001782

answers: In the early 1980s,

answers: NDQ_001785

answers: Shut Down Volume 2 was retitled Fun Fun Fun

answers: NDQ_001787

answers: In the early 1980s,

answers: NDQ_001788

answers: In the early 1980s,

answers: NDQ_001789

answers: In the early 1980s,

answers: NDQ_001790

answers: In the early 1980s,

answers: NDQ_001791

answers: Shut Down Volume 2 was retitled Fun Fun Fun

answers: NDQ_001792

answers: In the early 1980s,

answers: NDQ_001793

answers: In the early 1980s,

answers: NDQ_001794

answers: In the early 1980s,

answers: NDQ_001795

answers: Shut Down Volume 2 was retitled Fun Fun Fun

answers: NDQ_001796

answers: In the early 1980s,

answers: NDQ_001797

answers: Shut Down Volume 2 was retitled Fun Fun Fun

answers: NDQ_001798

answers: In the early 1980s,

answers: NDQ_001799

answers: In the early 1980s,

answers: NDQ_001800

answers: In the early 1980s,

answers: NDQ_001801

answers: In the early 1980s,

answers: NDQ_001802

answers: In the early 1980s,

answers: NDQ_001803

answers: In the early 1980s,

answers: NDQ_001804

answers: Parkin' Lot."

answers: NDQ_001805

answers: In the early 1980s,

text: In a tank-based system, the storage tank (or cistern) collects between  of water over a period of time. This system is suitable for locations plumbed with  or  water pipes. These small diameter pipes cannot supply water quickly enough to flush the toilet; the tank is needed to supply a large volume of water in a short time. The storage tank is kept full by a tank fill-valve. The storage tank is usually mounted directly upon the bowl, although some tanks are mounted on the wall a few feet above the bowl in an attempt to increase the flush water pressure as it enters the bowl. Tanks near the ceiling are flushed by means of a dangling pull chain, often with a large ornate handle, connected to a flush lever on the cistern itself. "Pulling the chain" remains a British euphemism for flushing the toilet, although this type of tank or cistern is becoming rare. A similar German expression is Wasser ziehen ("to pull water").

text: In a tank-based system, the storage tank (or cistern) collects between  of water over a period of time. This system is suitable for locations plumbed with  or  water pipes. These small diameter pipes cannot supply water quickly enough to flush the toilet; the tank is needed to supply a large volume of water in a short time. The storage tank is kept full by a tank fill-valve. The storage tank is usually mounted directly upon the bowl, although some tanks are mounted on the wall a few feet above the bowl in an attempt to increase the flush water pressure as it enters the bowl. Tanks near the ceiling are flushed by means of a dangling

text: pull chain

text: , often with a large ornate handle, connected to a flush lever on the cistern itself. "Pulling the chain" remains a British euphemism for flushing the toilet, although this type of tank or cistern is becoming rare. A similar

text: German

text: expression is Wasser ziehen ("to pull water").

answers: NDQ_001768

answers: tank-based systems

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: flushing the toilet

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: toilets

answers: NDQ_001773

answers: are used in the production of fertilizers and pesticides

answers: NDQ_001774

answers: is not flushed

answers: NDQ_001775

answers: to flush the toilet

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: a tank-based system

answers: NDQ_001778

answers: flushing the toilet

answers: NDQ_001781

answers: can't be flushed

answers: NDQ_001782

answers: What is the most common reason for people to flush the toilet?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How does a tank-based system work?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: What type of tank or cistern is becoming rare?

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates generally have less water for people to use?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: in a tank-based system

answers: NDQ_001802

answers: The storage tank is kept full by a tank fill-valve

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: cistern

answers: NDQ_001805

answers: flushing toilet

answers: NDQ_001768

answers: tank-based system,

answers: NDQ_001769

answers: flush the toilet;

answers: NDQ_001770

answers: flush the toilet;

answers: NDQ_001771

answers: flush the toilet;

answers: NDQ_001772

answers: flush the toilet;

answers: NDQ_001773

answers: tank-based system,

answers: NDQ_001774

answers: small diameter pipes

answers: NDQ_001775

answers: a large volume of water in a short time.

answers: NDQ_001776

answers: toilet;

answers: NDQ_001777

answers: locations plumbed with or water pipes.

answers: NDQ_001778

answers: flush the toilet;

answers: NDQ_001781

answers: small diameter pipes cannot supply water quickly enough to flush the toilet;

answers: NDQ_001782

answers: between of water

answers: NDQ_001785

answers: between of water

answers: NDQ_001787

answers: tank-based system,

answers: NDQ_001788

answers: tank-based system,

answers: NDQ_001789

answers: between of water

answers: NDQ_001790

answers: between of water over a period of time.

answers: NDQ_001791

answers: between of water

answers: NDQ_001792

answers: In a tank-based system,

answers: NDQ_001793

answers: between of water over a period of time.

answers: NDQ_001794

answers: between of water

answers: NDQ_001795

answers: tank-based system,

answers: NDQ_001796

answers: tank-based system,

answers: NDQ_001797

answers: between of water over a period of time.

answers: NDQ_001798

answers: tank-based system,

answers: NDQ_001799

answers: a large volume of water in a short time.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: between of water

answers: NDQ_001802

answers: or water pipes.

answers: NDQ_001803

answers: tank-based system,

answers: NDQ_001804

answers: or water pipes.

answers: NDQ_001805

answers: flush the toilet;

text: Physical water scarcity is the situation when there is not enough water to meet all demands, such as those required by an ecosystem to function effectively. Arid regions frequently suffer from physical water scarcity. It also occurs where water seems abundant but where resources are over-committed. This can happen where there is overdevelopment of hydraulic infrastructure, often for irrigation. Symptoms of physical water scarcity include environmental degradation and declining groundwater.

text: Physical water scarcity is the situation when there is not enough water to meet all demands, such as those required by an

text: ecosystem

text: to function effectively. Arid regions frequently suffer from physical water scarcity. It also occurs where water seems abundant but where resources are over-committed. This can happen where there is overdevelopment of hydraulic infrastructure, often for

text: irrigation

text: . Symptoms of physical

text: water scarcity

text: include

text: environmental degradation

text: and declining

text: groundwater

answers: NDQ_001768

answers: over-committed

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: physical water scarcity

answers: NDQ_001771

answers: overdevelopment of hydraulic infrastructure

answers: NDQ_001772

answers: irrigation

answers: NDQ_001773

answers: are used to grow crops in arid regions.

answers: NDQ_001774

answers: overdevelopment of hydraulic infrastructure

answers: NDQ_001775

answers: overdevelopment of hydraulic infrastructure

answers: NDQ_001776

answers: physical water scarcity

answers: NDQ_001777

answers: physical water scarcity

answers: NDQ_001778

answers: overdevelopment

answers: NDQ_001781

answers: over-committed

answers: NDQ_001782

answers: Which of the following is a symptom of physical water scarcity?

answers: NDQ_001785

answers: Which of the following is not a symptom of physical water scarcity?

answers: NDQ_001787

answers: Which of the following is not a symptom of physical water scarcity?

answers: NDQ_001788

answers: Physical water scarcity

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a symptom of physical water scarcity?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a symptom of physical water scarcity?

answers: NDQ_001797

answers: Which of the following is not a symptom of physical water scarcity?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What can happen where there is overdevelopment of hydraulic infrastructure?

answers: NDQ_001800

answers: Physical water scarcity

answers: NDQ_001801

answers: physical water scarcity

answers: NDQ_001802

answers: environmental degradation

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: hydraulic infrastructure

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation.

answers: NDQ_001769

answers: irrigation.

answers: NDQ_001770

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001771

answers: irrigation.

answers: NDQ_001772

answers: irrigation.

answers: NDQ_001773

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001774

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001775

answers: irrigation.

answers: NDQ_001776

answers: Physical water scarcity

answers: NDQ_001777

answers: demands,

answers: NDQ_001778

answers: overdevelopment of hydraulic infrastructure, often for irrigation.

answers: NDQ_001781

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001782

answers: Physical water scarcity

answers: NDQ_001785

answers: Physical water scarcity

answers: NDQ_001787

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001788

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001789

answers: hydraulic infrastructure,

answers: NDQ_001790

answers: Physical water scarcity

answers: NDQ_001791

answers: Physical water scarcity

answers: NDQ_001792

answers: Physical water scarcity

answers: NDQ_001793

answers: water seems abundant but where resources are over-committed.

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: Physical water scarcity

answers: NDQ_001796

answers: Physical water scarcity

answers: NDQ_001797

answers: Arid regions frequently suffer from physical water scarcity.

answers: NDQ_001798

answers: Physical water scarcity

answers: NDQ_001799

answers: Physical water scarcity

answers: NDQ_001800

answers: Physical water scarcity

answers: NDQ_001801

answers: Physical water scarcity

answers: NDQ_001802

answers: environmental degradation

answers: NDQ_001803

answers: irrigation.

answers: NDQ_001804

answers: hydraulic infrastructure,

answers: NDQ_001805

answers: irrigation.

text: Certain problems have beset the use of groundwater around the world. Just as river waters have been over-used and polluted in many parts of the world, so too have aquifers. The big difference is that aquifers are out of sight. The other major problem is that water management agencies, when calculating the "sustainable yield" of aquifer and river water, have often counted the same water twice, once in the aquifer, and once in its connected river. This problem, although understood for centuries, has persisted, partly through inertia within government agencies. In Australia, for example, prior to the statutory reforms initiated by the Council of Australian Governments water reform framework in the 1990s, many Australian states managed groundwater and surface water through separate government agencies, an approach beset by rivalry and poor communication.

text: Certain problems have beset the use of groundwater around the world. Just as river waters have been over-used and

text: polluted

text: in many parts of the world, so too have aquifers. The big difference is that aquifers are out of sight. The other major problem is that water management agencies, when calculating the "sustainable yield" of aquifer and river water, have often counted the same water twice, once in the aquifer, and once in its connected river. This problem, although understood for centuries, has persisted, partly through inertia within government agencies. In Australia, for example, prior to the statutory reforms initiated by the

text: Council of Australian Governments

text: water reform framework in the 1990s, many Australian states managed groundwater and surface water through separate government agencies, an approach beset by rivalry and poor communication.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: government purposes

answers: NDQ_001770

answers: Pollution

answers: NDQ_001771

answers: aquifers

answers: NDQ_001772

answers: groundwater

answers: NDQ_001773

answers: Which of the following is not a problem with the use of groundwater around the world?

answers: NDQ_001774

answers: over-used and polluted

answers: NDQ_001775

answers: aquifers

answers: NDQ_001776

answers: groundwater

answers: NDQ_001777

answers: aquifers

answers: NDQ_001778

answers: over-use and polluted

answers: NDQ_001781

answers: is counted twice

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a problem with the use of groundwater around the world?

answers: NDQ_001797

answers: Which of the following is not a problem with aquifers?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: groundwater

answers: NDQ_001801

answers: in the 1990s

answers: NDQ_001802

answers: over-used and polluted

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: groundwater

answers: NDQ_001768

answers: aquifers.

answers: NDQ_001769

answers: groundwater

answers: NDQ_001770

answers: polluted

answers: NDQ_001771

answers: groundwater

answers: NDQ_001772

answers: groundwater

answers: NDQ_001773

answers: groundwater

answers: NDQ_001774

answers: polluted

answers: NDQ_001775

answers: polluted

answers: NDQ_001776

answers: groundwater

answers: NDQ_001777

answers: aquifers.

answers: NDQ_001778

answers: over-used and polluted

answers: NDQ_001781

answers: aquifers are out of sight.

answers: NDQ_001782

answers: groundwater

answers: NDQ_001785

answers: aquifers are out of sight.

answers: NDQ_001787

answers: polluted

answers: NDQ_001788

answers: groundwater

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: Certain problems have beset the use of groundwater

answers: NDQ_001791

answers: groundwater

answers: NDQ_001792

answers: groundwater

answers: NDQ_001793

answers: river waters

answers: NDQ_001794

answers: aquifers.

answers: NDQ_001795

answers: groundwater

answers: NDQ_001796

answers: groundwater

answers: NDQ_001797

answers: Certain problems have beset the use of groundwater

answers: NDQ_001798

answers: 1990s,

answers: NDQ_001799

answers: river waters have been over-used and polluted

answers: NDQ_001800

answers: groundwater

answers: NDQ_001801

answers: 1990s,

answers: NDQ_001802

answers: river waters have been over-used and polluted

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: aquifers.

answers: NDQ_001805

answers: river waters

text: Drinking Water and Sanitation (DWS) wing of Public Works Department manages the drinking water supply in the district. Schools and Anganwadi Centers have been specifically targeted to improve drinking water supply as well as attendance to these institutions. Most of region suffers from the problem of excessive iron content in the ground water which necessitates installation of Iron Removal Plants (IRPs). 579 habitations still have partial coverage of drinking water supply and 16 habitations have reported drinking water quality problem. Water treatment plant is set up in Kulai near Ambassa. Most of the rural areas get drinking water from Deep Tube Wells, Handpumps, Ring Wells with few exceptions having Overhead Water Tanks. Many villages need drinking water supply by tanker in the dry season and 59 such distressed pockets have been identified. Private contractors and government run tankers supply such services. Many tribal inhabitations still use water from open streams and ponds for drinking and cooking along with washing utensils and clothes and bathing. Water borne disease Diarrhea is quite common due to mixing of human excreta into drinking water source in many villages. Packaged drinking water of brands "Tribeni", "Eco Freshh", "Blue Fina", "Life Drop" and "Aqua Zoom" among others is consumed in government offices, restaurants etc. Filters of many types and brands, in addition to locally manufactured ceramic type filters, are sold in the district although their acceptance in rural areas is less. Halogen tablets are distributed by the administration to reduce microbial content in water, which is sometimes consumed as a medicine directly in some areas or its use discontinued due to the smell it imparts to drinking water.

answers: NDQ_001768

answers: Packaged drinking water

answers: NDQ_001769

answers: Government offices, restaurants etc

answers: NDQ_001770

answers: Diarrhea

answers: NDQ_001771

answers: How many habitations have reported drinking water quality problem?

answers: NDQ_001772

answers: tribal inhabitations

answers: NDQ_001773

answers: Which of the following is not a brand: "Tribeni", "Eco Freshh", "Blue Fina", "Life Drop" or "Aqua Zoom"?

answers: NDQ_001774

answers: is mixed with human excreta

answers: NDQ_001775

answers: How many habitations still have partial coverage of drinking water supply?

answers: NDQ_001776

answers: water borne disease

answers: NDQ_001777

answers: how many people live in the area

answers: NDQ_001778

answers: mixing of human excreta into drinking water source

answers: NDQ_001781

answers: Iron Removal Plants

answers: NDQ_001782

answers: How many habitations still have partial coverage of drinking water supply?

answers: NDQ_001785

answers: How many habitations have reported drinking water quality problem?

answers: NDQ_001787

answers: How many habitations still have partial coverage of drinking water supply?

answers: NDQ_001788

answers: How many habitations still have partial coverage of drinking water supply?

answers: NDQ_001789

answers: Which of the following is not a type of water used to generate electricity?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many habitations have partial coverage of drinking water supply?

answers: NDQ_001792

answers: How many habitations still have partial coverage of drinking water supply?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many habitations still have partial coverage of drinking water supply?

answers: NDQ_001797

answers: How many habitations still have partial coverage of drinking water supply?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: Which of the following is not a type of well: Deep Tube Wells, Handpumps, Ring Wells

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 59 such distressed pockets have been identified

answers: NDQ_001802

answers: 16 habitations have reported drinking water quality problem

answers: NDQ_001803

answers: ponds

answers: NDQ_001804

answers: Deep Tube Wells

answers: NDQ_001805

answers: water borne disease Diarrhea

answers: NDQ_001768

answers: Packaged drinking water

answers: NDQ_001769

answers: government offices, restaurants

answers: NDQ_001770

answers: microbial content

answers: NDQ_001771

answers: washing utensils and clothes and bathing.

answers: NDQ_001772

answers: human excreta

answers: NDQ_001773

answers: Halogen tablets

answers: NDQ_001774

answers: mixing of human excreta

answers: NDQ_001775

answers: Packaged drinking water

answers: NDQ_001776

answers: human excreta

answers: NDQ_001777

answers: dry season

answers: NDQ_001778

answers: mixing of human excreta

answers: NDQ_001781

answers: mixing of human excreta into drinking water

answers: NDQ_001782

answers: Packaged drinking water

answers: NDQ_001785

answers: mixing of human excreta into drinking water

answers: NDQ_001787

answers: Halogen tablets are distributed by the administration to reduce microbial content

answers: NDQ_001788

answers: mixing of human excreta into drinking water

answers: NDQ_001789

answers: Iron Removal Plants

answers: NDQ_001790

answers: Halogen tablets

answers: NDQ_001791

answers: human excreta

answers: NDQ_001792

answers: Packaged drinking water

answers: NDQ_001793

answers: Packaged drinking water

answers: NDQ_001794

answers: Packaged drinking water

answers: NDQ_001795

answers: Packaged drinking water

answers: NDQ_001796

answers: hea

answers: NDQ_001797

answers: Filters

answers: NDQ_001798

answers: Packaged drinking water

answers: NDQ_001799

answers: human excreta

answers: NDQ_001800

answers: human excreta into drinking water

answers: NDQ_001801

answers: dry season

answers: NDQ_001802

answers: excessive iron content in the ground water

answers: NDQ_001803

answers: tanker

answers: NDQ_001804

answers: Deep Tube Wells,

answers: NDQ_001805

answers: human excreta

text: The use of water for industrial purposes include the "utilization of water in factories, industrial plants and mines, and the use of water as an ingredient of a finished product." Industries that are found to be water-intensive are involved in the manufacturing of food and dairy, pulp and chemical products, and textile materials. These industries are usually found in the National Capital Region, CALABARZON, and Region III. In a study by the United Nations Industrial Development Organization (UNIDO) in 1999, the intensive use of water in industry is critical in terms of the production of hazardous wastes. Thousands of tons solvent wastes, heavy metals, lubricants, and intractable wastes are improperly disposed of annually in Metro Manila.

text: The use of water for industrial purposes include the "utilization of water in factories, industrial plants and mines, and the use of water as an ingredient of a finished product." Industries that are found to be water-intensive are involved in the manufacturing of food and dairy, pulp and chemical products, and textile materials. These industries are usually found in the National Capital Region, CALABARZON, and Region III. In a study by the United Nations Industrial Development Organization (UNIDO) in 1999, the intensive use of water in industry is critical in terms of the production of hazardous wastes. Thousands of tons solvent wastes, heavy metals, lubricants, and intractable wastes are improperly disposed of annually in Metro Manila.

answers: NDQ_001768

answers: industrial plants and mines

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: hazardous wastes

answers: NDQ_001771

answers: How many industries are found to be water-intensive?

answers: NDQ_001772

answers: industrial purposes

answers: NDQ_001773

answers: Which of the following is not a manufacturing industry: food and dairy, pulp and chemical products, or textile materials?

answers: NDQ_001774

answers: is improperly disposed of

answers: NDQ_001775

answers: an ingredient of a finished product

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: the amount of industry

answers: NDQ_001778

answers: use of water for industrial purposes

answers: NDQ_001781

answers: is improperly disposed of

answers: NDQ_001782

answers: Which of the following is not a form of life: food and dairy, pulp and chemical products, and textile materials?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: Which of the following is not an industry that is found to be water-intensive?

answers: NDQ_001788

answers: what is the second to last industry mentioned?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of industry: food and dairy, pulp and chemical products, and textile materials?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: UNIDO in 1999

answers: NDQ_001802

answers: intensive use of water in industry is critical in terms of the production of hazardous wastes

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: industrial plants and mines

answers: NDQ_001768

answers: water as an ingredient of a finished product."

answers: NDQ_001769

answers: industrial purposes

answers: NDQ_001770

answers: hazardous wastes.

answers: NDQ_001771

answers: "utilization of water in factories, industrial plants and mines,

answers: NDQ_001772

answers: industrial purposes

answers: NDQ_001773

answers: pulp and chemical products,

answers: NDQ_001774

answers: hazardous wastes.

answers: NDQ_001775

answers: the use of water as an ingredient of a finished product."

answers: NDQ_001776

answers: hazardous wastes.

answers: NDQ_001777

answers: The use of water for industrial purposes

answers: NDQ_001778

answers: hazardous wastes.

answers: NDQ_001781

answers: hazardous wastes.

answers: NDQ_001782

answers: The use of water

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: hazardous wastes.

answers: NDQ_001788

answers: hazardous wastes.

answers: NDQ_001789

answers: industrial plants and mines,

answers: NDQ_001790

answers: United Nations Industrial Development Organization

answers: NDQ_001791

answers: United Nations Industrial Development Organization

answers: NDQ_001792

answers: The use of water

answers: NDQ_001793

answers: United Nations Industrial Development Organization

answers: NDQ_001794

answers: mines,

answers: NDQ_001795

answers: United Nations Industrial Development Organization

answers: NDQ_001796

answers: United Nations Industrial Development Organization

answers: NDQ_001797

answers: Industries that are found to be water-intensive

answers: NDQ_001798

answers: United Nations Industrial Development Organization

answers: NDQ_001799

answers: hazardous wastes.

answers: NDQ_001800

answers: hazardous wastes.

answers: NDQ_001801

answers: CALABARZON,

answers: NDQ_001802

answers: critical in terms of the production of hazardous wastes.

answers: NDQ_001803

answers: industrial plants

answers: NDQ_001804

answers: industrial plants and mines,

answers: NDQ_001805

answers: hazardous wastes.

text: Water Supply and Sanitation in Iraq is characterized by poor water and service quality. Three decades of war, combined with limited environmental awareness, have destroyed Iraq's water resources management system. Thus, Iraq faces difficulties to realize the target of 91% of households using safe drinking water supply by 2015. Currently, 16% of households report daily problems with supply and 20% use an unsafe drinking water source. Furthermore, leaking sewage pipes and septic tanks pollute the drinking water network.(11)

text: Water Supply and Sanitation in Iraq is characterized by poor

text: water

text: and service quality. Three decades of war, combined with limited environmental awareness, have destroyed

text: Iraq

text: 's

text: water resources management

text: system. Thus, Iraq faces difficulties to realize the target of 91% of households using safe

text: drinking water

text: supply by 2015. Currently, 16% of households report daily problems with supply and 20% use an unsafe drinking water source. Furthermore, leaking sewage pipes and

text: septic tank

text: s pollute the drinking water network.(11)

answers: NDQ_001768

answers: unsafe drinking water source

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: septic tanks to pollute

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: Iraq

answers: NDQ_001773

answers: Which of the following is not a source of pollution: sewage pipes and septic tanks?

answers: NDQ_001774

answers: sewage pipes

answers: NDQ_001775

answers: food processing

answers: NDQ_001776

answers: unclean water

answers: NDQ_001777

answers: war

answers: NDQ_001778

answers: use an unsafe drinking water source

answers: NDQ_001781

answers: leaking sewage pipes

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: leaking sewage pipes and septic tanks

answers: NDQ_001788

answers: leaking sewage pipes and septic tanks

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: leaking sewage pipes and septic tanks

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, cold, or wet?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 2015

answers: NDQ_001802

answers: 20% use an unsafe drinking water source

answers: NDQ_001803

answers: septic tanks

answers: NDQ_001804

answers: sewage pipes

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: unsafe drinking water source.

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: leaking sewage pipes and septic tanks pollute the drinking water network.(11)

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: Iraq

answers: NDQ_001773

answers: leaking sewage pipes and septic tanks

answers: NDQ_001774

answers: leaking sewage pipes

answers: NDQ_001775

answers: sewage pipes

answers: NDQ_001776

answers: leaking sewage pipes and septic tanks

answers: NDQ_001777

answers: war,

answers: NDQ_001778

answers: leaking sewage pipes and septic tanks

answers: NDQ_001781

answers: leaking sewage pipes and septic tanks

answers: NDQ_001782

answers: Water Supply and Sanitation in Iraq

answers: NDQ_001785

answers: 2015.

answers: NDQ_001787

answers: leaking sewage pipes and septic tanks

answers: NDQ_001788

answers: leaking sewage pipes and septic tanks

answers: NDQ_001789

answers: drinking water supply by 2015.

answers: NDQ_001790

answers: 2015.

answers: NDQ_001791

answers: 2015.

answers: NDQ_001792

answers: Water Supply and Sanitation in Iraq

answers: NDQ_001793

answers: 91% of households using safe drinking water supply by 2015.

answers: NDQ_001794

answers: leaking sewage pipes and septic tanks

answers: NDQ_001795

answers: 91% of households using safe drinking water supply by 2015.

answers: NDQ_001796

answers: leaking sewage pipes and septic tanks

answers: NDQ_001797

answers: Water Supply and Sanitation in Iraq

answers: NDQ_001798

answers: 2015.

answers: NDQ_001799

answers: leaking sewage pipes

answers: NDQ_001800

answers: Three decades of war, combined with limited environmental awareness,

answers: NDQ_001801

answers: Iraq

answers: NDQ_001802

answers: 20% use an unsafe drinking water source.

answers: NDQ_001803

answers: septic tanks

answers: NDQ_001804

answers: sewage pipes

answers: NDQ_001805

answers: drinking water

text: This water body is Harare's main water supply. The water is also used for irrigation purposes and commercial fishing.

text: This water body is

text: Harare

text: 's main water supply. The water is also used for irrigation purposes and commercial fishing.

answers: NDQ_001768

answers: irrigation

answers: NDQ_001769

answers: irrigation purposes

answers: NDQ_001770

answers: ponds to form

answers: NDQ_001771

answers: commercial fishing

answers: NDQ_001772

answers: commercial fishing

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: is used for irrigation purposes

answers: NDQ_001775

answers: commercial fishing

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: a water body

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: is too much

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What is the most likely reason the water is used for irrigation purposes?

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It is impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What type of body of water is the glacier in Harare?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: How would you describe Harare?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: commercial fishing

answers: NDQ_001768

answers: irrigation purposes and commercial fishing.

answers: NDQ_001769

answers: irrigation purposes and commercial fishing.

answers: NDQ_001770

answers: commercial fishing.

answers: NDQ_001771

answers: commercial fishing.

answers: NDQ_001772

answers: commercial fishing.

answers: NDQ_001773

answers: irrigation purposes and commercial fishing.

answers: NDQ_001774

answers: irrigation purposes and commercial fishing.

answers: NDQ_001775

answers: irrigation purposes and commercial fishing.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: This water body is Harare's main water supply.

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: The water is also used for irrigation purposes and commercial fishing.

answers: NDQ_001782

answers: Harare's main water supply.

answers: NDQ_001785

answers: Harare's main water supply.

answers: NDQ_001787

answers: The water is also used for irrigation purposes and commercial fishing.

answers: NDQ_001788

answers: The water is also used for irrigation purposes and commercial fishing.

answers: NDQ_001789

answers: Harare's main water supply.

answers: NDQ_001790

answers: This water body is Harare's main water supply.

answers: NDQ_001791

answers: Harare's main water supply.

answers: NDQ_001792

answers: Harare's main water supply.

answers: NDQ_001793

answers: fishing.

answers: NDQ_001794

answers: Harare's main water supply.

answers: NDQ_001795

answers: This water body is Harare's main water supply.

answers: NDQ_001796

answers: This water body is Harare's main water supply.

answers: NDQ_001797

answers: irrigation purposes and commercial fishing.

answers: NDQ_001798

answers: This water body is Harare's main water supply.

answers: NDQ_001799

answers: irrigation purposes and commercial fishing.

answers: NDQ_001800

answers: water supply. The water is also used for irrigation purposes and commercial fishing.

answers: NDQ_001801

answers: This water body is Harare's main water supply.

answers: NDQ_001802

answers: Harare's main water supply.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Harare's main water supply.

answers: NDQ_001805

answers: commercial fishing.

text: A wealth of river basin-based water heritage is abundant in Sri Lanka. Reservoirs of Sri Lanka are different from the water tanks seen in ancient civilisations or bodies of water collected for purposes such as generation of electricity or supplying water for consumption.

text: A wealth of river basin-based water heritage is abundant in Sri Lanka. Reservoirs of Sri Lanka are different from the water tanks seen in ancient civilisations or bodies of water collected for purposes such as generation of electricity or supplying water for consumption.

answers: NDQ_001768

answers: bodies of water

answers: NDQ_001769

answers: consumption

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Sri Lanka

answers: NDQ_001773

answers: are used in the manufacture of fertilizers, pesticides, and pesticides.

answers: NDQ_001774

answers: collected for purposes such as generation

answers: NDQ_001775

answers: generation of electricity

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rivers

answers: NDQ_001778

answers: supplying water for consumption

answers: NDQ_001781

answers: does not have a reservoir

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: waterborne diseases

answers: NDQ_001797

answers: Which of the following is true of Sri Lanka?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: NDQ_001801

answers: Sri Lanka experienced a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Reservoirs

answers: NDQ_001805

answers: consumption

answers: NDQ_001768

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001769

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001770

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001771

answers: supplying water for consumption.

answers: NDQ_001772

answers: consumption.

answers: NDQ_001773

answers: Sri Lanka.

answers: NDQ_001774

answers: supplying water for consumption.

answers: NDQ_001775

answers: generation of electricity

answers: NDQ_001776

answers: water for consumption.

answers: NDQ_001777

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001778

answers: supplying water for consumption.

answers: NDQ_001781

answers: consumption.

answers: NDQ_001782

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001785

answers: A wealth of river basin-based water heritage is abundant in Sri Lanka.

answers: NDQ_001787

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001788

answers: Reservoirs of Sri Lanka are different from the water tanks

answers: NDQ_001789

answers: bodies of water collected for purposes such as generation of electricity

answers: NDQ_001790

answers: A wealth of river basin-based water heritage is abundant in Sri Lanka.

answers: NDQ_001791

answers: A wealth of river basin-based water heritage is abundant in Sri Lanka.

answers: NDQ_001792

answers: Sri Lanka.

answers: NDQ_001793

answers: Sri Lanka.

answers: NDQ_001794

answers: Sri Lanka.

answers: NDQ_001795

answers: Sri Lanka.

answers: NDQ_001796

answers: Sri Lanka.

answers: NDQ_001797

answers: Reservoirs of Sri Lanka are different from the water tanks

answers: NDQ_001798

answers: Reservoirs of Sri Lanka are different from the water tanks

answers: NDQ_001799

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001800

answers: water heritage is abundant in Sri Lanka.

answers: NDQ_001801

answers: Sri Lanka.

answers: NDQ_001802

answers: generation of electricity or supplying water for consumption.

answers: NDQ_001803

answers: Reservoirs

answers: NDQ_001804

answers: Reservoirs

answers: NDQ_001805

answers: generation of electricity or supplying water for consumption.

text: The Kuching Water Board (KWB) and the Sibu Water Board (SWB) are responsible for management of the water supply in their respective areas. The state-owned LAKU Management SdnBhd manages the water supply for Miri, Bintulu, and Limbang. The Rural Water Supply Department manages the water supply for the remaining areas. As of 2014, 82 percent of the rural areas have a fresh water supply.

text: The Kuching Water Board (KWB) and the Sibu Water Board (SWB) are responsible for management of the water supply in their respective areas. The state-owned LAKU Management SdnBhd manages the water supply for Miri, Bintulu, and Limbang. The Rural Water Supply Department manages the water supply for the remaining areas. As of 2014, 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001768

answers: 82 percent of the rural areas

answers: NDQ_001769

answers: Kuching Water Board (KWB)

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: swimming, diving, and fishing

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: Which of the following is not managed by the Rural Water Supply Department: KWB, SWB, or LAKU Management SdnBhd?

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: Agricultural purposes

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: KWB and SWB

answers: NDQ_001778

answers: uncontrolled water use

answers: NDQ_001781

answers: unsuitable for farming

answers: NDQ_001782

answers: Which of the following is not a form of life: Miri, Bintulu, and Limbang

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is the state-owned LAKU Management SdnBhd?

answers: NDQ_001788

answers: How many rural areas have a fresh water supply?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: What is the state-owned LAKU Management SdnBhd?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: 82 percent

answers: NDQ_001796

answers: How many rural areas have a fresh water supply?

answers: NDQ_001797

answers: Which of the following is not a rural area: Miri, Bintulu, or Limbang?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001802

answers: 82 percent of the rural areas have a fresh water supply

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Kuching Water Board

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001769

answers: management of the water supply in their respective areas.

answers: NDQ_001770

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001771

answers: Miri, Bintulu, and Limbang.

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: The Kuching Water Board

answers: NDQ_001774

answers: water supply

answers: NDQ_001775

answers: water supply in their respective areas.

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001778

answers: water supply

answers: NDQ_001781

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001782

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001785

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001787

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001788

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001789

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001790

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001791

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001792

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001793

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001794

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001795

answers: 2014,

answers: NDQ_001796

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001797

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001798

answers: As of 2014,

answers: NDQ_001799

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: 2014,

answers: NDQ_001802

answers: 82 percent of the rural areas have a fresh water supply.

answers: NDQ_001803

answers: water

answers: NDQ_001804

answers: LAKU Management SdnBhd

answers: NDQ_001805

answers: 82 percent of the rural areas have a fresh water supply.

text: Istanbul's first water supply systems date back to the city's early history, when aqueducts (such as the Valens Aqueduct) deposited the water in the city's numerous cisterns. At the behest of Suleiman the Magnificent, the Kırkçeşme water supply network was constructed; by 1563, the network provided  of water to  each day. In later years, in response to increasing public demand, water from various springs was channeled to public fountains, like the Fountain of Ahmed III, by means of supply lines. Today, Istanbul has a chlorinated and filtered water supply and a sewage treatment system managed by the Istanbul Water and Sewerage Administration (İstanbul Su ve Kanalizasyon İdaresi, İSKİ).

text: Istanbul's first

text: water supply

text: systems date back to the city's early history, when

text: aqueduct

text: s (such as the

text: Valens Aqueduct

text: ) deposited the water in the city's numerous

text: cistern

text: s. At the behest of

text: Suleiman the Magnificent

text: , the Kırkçeşme water supply network was constructed; by 1563, the network provided  of water to  each day. In later years, in response to increasing public demand, water from various springs was channeled to public fountains, like the

text: Fountain of Ahmed III

text: , by means of supply lines. Today, Istanbul has a chlorinated and filtered water supply and a

text: sewage treatment

text: system managed by the Istanbul Water and Sewerage Administration (İstanbul Su ve Kanalizasyon İdaresi, İSKİ).

answers: NDQ_001768

answers: aqueducts

answers: NDQ_001769

answers: public fountains

answers: NDQ_001770

answers: sewage treatment system

answers: NDQ_001771

answers: Fountain of Ahmed III

answers: NDQ_001772

answers: Istanbul

answers: NDQ_001773

answers: Which of the following is not a type of water supply: chlorinated or filtered?

answers: NDQ_001774

answers: sewage treatment system

answers: NDQ_001775

answers: sewage treatment

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: increasing public demand

answers: NDQ_001778

answers: increasing public demand

answers: NDQ_001781

answers: cisterns

answers: NDQ_001782

answers: Which of the following is not true of Istanbul?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: How many years after Suleiman the Magnificent constructed the K rkçeşme water supply network was constructed?

answers: NDQ_001788

answers: In later years, in response to increasing public demand

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: In later years, water from various springs

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: what is the first water supply systems date back to

answers: NDQ_001797

answers: How would you describe Istanbul's climate?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: Today, Istanbul has a chlorinated and filtered water supply

answers: NDQ_001803

answers: public fountains

answers: NDQ_001804

answers: aqueducts

answers: NDQ_001805

answers: not enough information

answers: NDQ_001768

answers: water from various springs was channeled to public fountains,

answers: NDQ_001769

answers: public fountains,

answers: NDQ_001770

answers: sewage treatment system

answers: NDQ_001771

answers: Fountain of Ahmed III,

answers: NDQ_001772

answers: Istanbul's

answers: NDQ_001773

answers: chlorinated and filtered water supply and a sewage treatment system

answers: NDQ_001774

answers: sewage

answers: NDQ_001775

answers: sewage treatment

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: increasing public demand,

answers: NDQ_001778

answers: increasing public demand,

answers: NDQ_001781

answers: increasing public demand,

answers: NDQ_001782

answers: water to each day.

answers: NDQ_001785

answers: water to each day.

answers: NDQ_001787

answers: chlorinated and filtered water supply and a sewage treatment system

answers: NDQ_001788

answers: sewage treatment system

answers: NDQ_001789

answers: water from various springs

answers: NDQ_001790

answers: water to each day.

answers: NDQ_001791

answers: Istanbul Water and Sewerage Administration

answers: NDQ_001792

answers: springs

answers: NDQ_001793

answers: chlorinated and filtered water supply

answers: NDQ_001794

answers: springs

answers: NDQ_001795

answers: Istanbul Water and Sewerage Administration

answers: NDQ_001796

answers: Istanbul Water and Sewerage Administration

answers: NDQ_001797

answers: increasing public demand,

answers: NDQ_001798

answers: Istanbul Water and Sewerage Administration

answers: NDQ_001799

answers: chlorinated and filtered

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 1563,

answers: NDQ_001802

answers: chlorinated and filtered water supply

answers: NDQ_001803

answers: water from various springs was channeled to public fountains,

answers: NDQ_001804

answers: aqueducts

answers: NDQ_001805

answers: water to each day.

text: Members of this order are notable for inhabiting harsh environments, such as saline or very warm waters, water of poor quality, or isolated situations where no other types of fish occur. They are typically omnivores, and often live near the surface, where the oxygen-rich water compensates for environmental disadvantages.

text: Members of this order are notable for inhabiting harsh environments, such as

text: saline

text: or very warm waters, water of poor quality, or isolated situations where no other types of fish occur. They are typically

text: omnivore

text: s, and often live near the surface, where the oxygen-rich water compensates for environmental disadvantages.

answers: NDQ_001768

answers: poor quality

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: poor quality

answers: NDQ_001771

answers: fishing

answers: NDQ_001772

answers: fish

answers: NDQ_001773

answers: are classified in the order of fungi

answers: NDQ_001774

answers: is of poor quality

answers: NDQ_001775

answers: omnivorous

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: eating

answers: NDQ_001781

answers: poor quality

answers: NDQ_001782

answers: What does the oxygen-rich water compensate for?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: glaciers are a source of fresh water in some locations

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: members of this order

answers: NDQ_001797

answers: What is a benefit of living near the surface?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: can be described as a

answers: NDQ_001802

answers: poor quality

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: can not be a fish

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: near the surface,

answers: NDQ_001769

answers: Members

answers: NDQ_001770

answers: poor quality,

answers: NDQ_001771

answers: fish

answers: NDQ_001772

answers: fish

answers: NDQ_001773

answers: omnivores,

answers: NDQ_001774

answers: poor quality,

answers: NDQ_001775

answers: water of poor quality,

answers: NDQ_001776

answers: omnivores,

answers: NDQ_001777

answers: poor quality,

answers: NDQ_001778

answers: omnivores,

answers: NDQ_001781

answers: poor quality,

answers: NDQ_001782

answers: omnivores,

answers: NDQ_001785

answers: omnivores,

answers: NDQ_001787

answers: Members of this order

answers: NDQ_001788

answers: water of poor quality,

answers: NDQ_001789

answers: oxygen-rich water

answers: NDQ_001790

answers: the oxygen-rich water compensates for environmental disadvantages.

answers: NDQ_001791

answers: fish

answers: NDQ_001792

answers: the oxygen-rich water compensates for environmental disadvantages.

answers: NDQ_001793

answers: Members of this order

answers: NDQ_001794

answers: the oxygen-rich water compensates for environmental disadvantages.

answers: NDQ_001795

answers: water of poor quality,

answers: NDQ_001796

answers: fish occur. They are typically omnivores,

answers: NDQ_001797

answers: Members of this order

answers: NDQ_001798

answers: omnivores,

answers: NDQ_001799

answers: omnivores,

answers: NDQ_001800

answers: water of poor quality,

answers: NDQ_001801

answers: saline or very warm waters,

answers: NDQ_001802

answers: poor quality,

answers: NDQ_001803

answers: the oxygen-rich water

answers: NDQ_001804

answers: water of poor quality, or isolated situations where no other types of fish

answers: NDQ_001805

answers: omnivores,

text: Farmers were attracted to the Coachella Valley's inexpensive land, year-around growing season and what was initially a plentiful supply of groundwater. They soon realized, however, that the aquifer's water supply was finite and CVWD was voted into existence by Coachella Valley residents and established by the state Legislature on January 9, 1918 with the primary responsibility to protect local water resources. One of the first actions taken by the District was to claim the rights to the Whitewater River (the valley's only source of natural replenishment) to ensure that natural inflows of water to the valley would stay in the valley and benefit the groundwater basin. To better manage the groundwater basin (the only source of water that was then being used for agricultural irrigation) and minimize groundwater pumping, the District looked for alternate sources of water to irrigate agriculturally productive land.

text: Farmers were attracted to the Coachella Valley's inexpensive land, year-around growing season and what was initially a plentiful supply of groundwater. They soon realized, however, that the aquifer's water supply was finite and CVWD was voted into existence by Coachella Valley residents and established by the state Legislature on January 9, 1918 with the primary responsibility to protect local water resources. One of the first actions taken by the District was to claim the rights to the Whitewater River (the valley's only source of natural replenishment) to ensure that natural inflows of water to the valley would stay in the valley and benefit the groundwater basin. To better manage the groundwater basin (the only source of water that was then being used for agricultural irrigation) and minimize groundwater pumping, the District looked for alternate sources of water to irrigate agriculturally productive land.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: What was then being used for agricultural irrigation?

answers: NDQ_001770

answers: groundwater pumping

answers: NDQ_001771

answers: Which of the following is not a recreation use of water: swimming, fishing, or boating?

answers: NDQ_001772

answers: agricultural irrigation

answers: NDQ_001773

answers: Which of the following is not a source of groundwater pumping: groundwater, groundwater pumping, or groundwater pumping?

answers: NDQ_001774

answers: groundwater pumping

answers: NDQ_001775

answers: irrigating agriculturally productive land

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: groundwater pumping

answers: NDQ_001781

answers: groundwater pumping

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, groundwater, or groundwater pumping?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may be the reason for the District looking for alternate sources of water to irrigate agriculturally productive land?

answers: NDQ_001788

answers: What may be the reason for groundwater pumping?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the only source of water that was then being used for agricultural irrigation?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What was the primary responsibility to protect local water resources?

answers: NDQ_001797

answers: Which of the following is not a reason farmers were attracted to the Coachella Valley?

answers: NDQ_001798

answers: Why did farmers realize that the aquifer's water supply was finite

answers: NDQ_001799

answers: What was the primary responsibility to protect local water resources?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: year-around growing season

answers: NDQ_001802

answers: groundwater pumping

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater pumping

answers: NDQ_001805

answers: agricultural irrigation

answers: NDQ_001768

answers: groundwater.

answers: NDQ_001769

answers: agricultural irrigation)

answers: NDQ_001770

answers: groundwater pumping,

answers: NDQ_001771

answers: Whitewater River

answers: NDQ_001772

answers: agricultural irrigation)

answers: NDQ_001773

answers: water to irrigate agriculturally productive land.

answers: NDQ_001774

answers: groundwater pumping,

answers: NDQ_001775

answers: agricultural irrigation) and minimize groundwater pumping,

answers: NDQ_001776

answers: groundwater.

answers: NDQ_001777

answers: finite

answers: NDQ_001778

answers: groundwater pumping,

answers: NDQ_001781

answers: groundwater pumping,

answers: NDQ_001782

answers: groundwater.

answers: NDQ_001785

answers: groundwater.

answers: NDQ_001787

answers: minimize groundwater pumping,

answers: NDQ_001788

answers: minimize groundwater pumping,

answers: NDQ_001789

answers: groundwater.

answers: NDQ_001790

answers: plentiful supply of groundwater.

answers: NDQ_001791

answers: groundwater.

answers: NDQ_001792

answers: groundwater.

answers: NDQ_001793

answers: groundwater.

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: groundwater.

answers: NDQ_001796

answers: groundwater.

answers: NDQ_001797

answers: Farmers were attracted to the Coachella Valley's

answers: NDQ_001798

answers: minimize groundwater pumping,

answers: NDQ_001799

answers: natural inflows

answers: NDQ_001800

answers: finite

answers: NDQ_001801

answers: 1918

answers: NDQ_001802

answers: local water resources.

answers: NDQ_001803

answers: irrigation)

answers: NDQ_001804

answers: groundwater pumping,

answers: NDQ_001805

answers: agricultural irrigation)

text: With the establishment of the water authorities in April 1974, England and Wales had, for the first time, organisations which were responsible for all aspects of the management of water within a geographical region, defined by a river basin or a series of river basins. As well as the management of water resources, which they inherited from the river authorities, they were also responsible for water supply and the disposal of effluent. Most uses of water are interconnected, since the removal of water from a river for spray irrigation reduces the amount of water available for drinking water supply, and the pollution of a river by sewage prevents such a use. Most drinking water supplies had been managed by local authorities, but the Central Advisory Water Committee, which reported in 1971, had found that this system was inflexible, and the new water authorities took over 157 water supply undertakings from local authorities and joint water boards. Some thirty independent water supply companies remained, but operated under agency agreements with the new bodies.

text: With the establishment of the water authorities in April 1974, England and Wales had, for the first time, organisations which were responsible for all aspects of the management of water within a geographical region, defined by a river basin or a series of river basins. As well as the management of water resources, which they inherited from the river authorities, they were also responsible for water supply and the disposal of effluent. Most uses of water are interconnected, since the removal of water from a river for spray irrigation reduces the amount of water available for drinking water supply, and the pollution of a river by sewage prevents such a use. Most drinking water supplies had been managed by local authorities, but the

text: Central Advisory Water Committee

text: , which reported in 1971, had found that this system was inflexible, and the new water authorities took over 157 water supply undertakings from local authorities and joint water boards. Some thirty independent water supply companies remained, but operated under agency agreements with the new bodies.

answers: NDQ_001768

answers: spray irrigation

answers: NDQ_001769

answers: drinking water supply

answers: NDQ_001770

answers: pollution of a river

answers: NDQ_001771

answers: sewage

answers: NDQ_001772

answers: spray irrigation

answers: NDQ_001773

answers: Which of the following is not a use of water: spray irrigation, sewage or drinking water supply?

answers: NDQ_001774

answers: spray irrigation

answers: NDQ_001775

answers: spray irrigation

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: removal of water from a river

answers: NDQ_001778

answers: spray irrigation

answers: NDQ_001781

answers: removes water from a river for spray irrigation

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: the removal of water from a river for spray irrigation

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: the Central Advisory Water Committee

answers: NDQ_001797

answers: Which of the following is not a reason for the removal of water from a river for spray irrigation?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: Pollution of a river by sewage

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: river basin

answers: NDQ_001805

answers: spray irrigation

answers: NDQ_001768

answers: spray irrigation

answers: NDQ_001769

answers: drinking water supply,

answers: NDQ_001770

answers: reduces the amount of water available for drinking water supply,

answers: NDQ_001771

answers: spray irrigation

answers: NDQ_001772

answers: spray irrigation

answers: NDQ_001773

answers: spray irrigation

answers: NDQ_001774

answers: spray irrigation

answers: NDQ_001775

answers: spray irrigation

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: the removal of water from a river for spray irrigation

answers: NDQ_001778

answers: removal of water from a river for spray irrigation

answers: NDQ_001781

answers: reduces the amount of water available for drinking water supply,

answers: NDQ_001782

answers: Most uses of water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: spray irrigation reduces the amount of water available for drinking water supply,

answers: NDQ_001788

answers: the removal of water from a river for spray irrigation

answers: NDQ_001789

answers: spray irrigation

answers: NDQ_001790

answers: Most uses of water

answers: NDQ_001791

answers: 1974,

answers: NDQ_001792

answers: drinking water supply,

answers: NDQ_001793

answers: drinking water supply,

answers: NDQ_001794

answers: river

answers: NDQ_001795

answers: drinking water supply,

answers: NDQ_001796

answers: sewage

answers: NDQ_001797

answers: the removal of water from a river for spray irrigation

answers: NDQ_001798

answers: spray irrigation reduces the amount of water available for drinking water supply,

answers: NDQ_001799

answers: the removal of water from a river

answers: NDQ_001800

answers: the pollution of a river by sewage

answers: NDQ_001801

answers: 1974,

answers: NDQ_001802

answers: sewage

answers: NDQ_001803

answers: spray irrigation

answers: NDQ_001804

answers: spray irrigation

answers: NDQ_001805

answers: spray irrigation

text: Supply of water and electricity is sufficient in the existing town. The water supply work was done by Meham Municipal Committee till April, 1993 and later on this work was handed over to the Public Health Department. At present the existing water works is having a capacity of 100 LPCD. The electricity supply in Kalanaur town is provided through 3 Nos. of Sub stations (132KV Sub Station Kalanaur, 33KV Beri and 33KV Kahanor). The water supply in Kalanaur town is canal based. The distance from the source of water is 0.5 km (Dadri Feeder). Present water supply in the town is 70 Lpcd. Total household connections are 2500 and there are three water works/ storage reservoirs exist in the town.

text: Supply of water and electricity is sufficient in the existing town. The water supply work was done by Meham Municipal Committee till April, 1993 and later on this work was handed over to the Public Health Department. At present the existing water works is having a capacity of 100 LPCD. The electricity supply in Kalanaur town is provided through 3 Nos. of Sub stations (132KV Sub Station Kalanaur, 33KV Beri and 33KV Kahanor). The water supply in Kalanaur town is canal based. The distance from the source of water is 0.5 km (Dadri Feeder). Present water supply in the town is 70 Lpcd. Total household connections are 2500 and there are three water works/ storage reservoirs exist in the town.

answers: NDQ_001768

answers: 70 Lpcd

answers: NDQ_001769

answers: household

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: swimming, boating and fishing

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: is too far from the source

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: distance from source of water

answers: NDQ_001778

answers: household connections

answers: NDQ_001781

answers: is not used for irrigation

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The water supply in Kalanaur town is canal based

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: The water supply in Kalanaur town is canal based

answers: NDQ_001797

answers: How would you describe Kalanaur?

answers: NDQ_001798

answers: 100 LPCD

answers: NDQ_001799

answers: What is the water supply in Kalanaur town?

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: present water supply

answers: NDQ_001803

answers: Dadri Feeder

answers: NDQ_001804

answers: Dadri Feeder

answers: NDQ_001805

answers: NDQ_001768

answers: canal based.

answers: NDQ_001769

answers: household

answers: NDQ_001770

answers: Health

answers: NDQ_001771

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001772

answers: household connections are 2500

answers: NDQ_001773

answers: Public Health Department.

answers: NDQ_001774

answers: 2500

answers: NDQ_001775

answers: Public Health Department.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: The distance from the source of water

answers: NDQ_001778

answers: household connections are 2500

answers: NDQ_001781

answers: 0.5 km (Dadri Feeder).

answers: NDQ_001782

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001785

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001787

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001788

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001789

answers: The water supply in Kalanaur town is canal based.

answers: NDQ_001790

answers: Supply of water and electricity is sufficient in the existing town.

answers: NDQ_001791

answers: 2500

answers: NDQ_001792

answers: 0.5 km

answers: NDQ_001793

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001794

answers: 0.5 km

answers: NDQ_001795

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001796

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001797

answers: 2500

answers: NDQ_001798

answers: 70 Lpcd. Total household connections are 2500

answers: NDQ_001799

answers: canal based.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: April, 1993

answers: NDQ_001802

answers: 70 Lpcd.

answers: NDQ_001803

answers: canal based.

answers: NDQ_001804

answers: (Dadri Feeder).

answers: NDQ_001805

answers: 100 LPCD.

text: He studied rainfall patterns and subterranean water in various parts of England. He also studied impurities in water and effects of softening water supplies. He experimented with various designs of valves for use with water pumps.

text: He studied rainfall patterns and subterranean water in various parts of England. He also studied impurities in water and effects of softening water supplies. He experimented with various designs of valves for use with water pumps.

answers: NDQ_001768

answers: subterranean water

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: impurities in water

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a type of chemical: hydrochloric acid, hydrochloric acid, or hydrochloric acid?

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: What is the purpose of the valves?

answers: NDQ_001776

answers: impurities

answers: NDQ_001777

answers: rainfall patterns

answers: NDQ_001778

answers: softening water supplies

answers: NDQ_001781

answers: is too salty

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: What can we do without water?

answers: NDQ_001787

answers: Which of the following is not a source of impurities in water?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: None of the above choices.

answers: NDQ_001791

answers: Which of the following is not a type of water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: (b).

answers: NDQ_001795

answers: no one

answers: NDQ_001796

answers: Which of the following is not a benefit of softening water supplies?

answers: NDQ_001797

answers: Which of the following is not a reason to soften water supplies?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: impurities

answers: NDQ_001803

answers: softening

answers: NDQ_001804

answers: subterranean water

answers: NDQ_001805

answers: what is water pumping

answers: NDQ_001768

answers: subterranean water

answers: NDQ_001769

answers: subterranean water in various parts of England.

answers: NDQ_001770

answers: softening water supplies.

answers: NDQ_001771

answers: water pumps.

answers: NDQ_001772

answers: England.

answers: NDQ_001773

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001774

answers: impurities

answers: NDQ_001775

answers: water pumps.

answers: NDQ_001776

answers: impurities

answers: NDQ_001777

answers: rainfall patterns

answers: NDQ_001778

answers: softening water supplies.

answers: NDQ_001781

answers: impurities

answers: NDQ_001782

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001785

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001787

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001788

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001789

answers: water pumps.

answers: NDQ_001790

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001791

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001792

answers: subterranean water in various parts of England.

answers: NDQ_001793

answers: England.

answers: NDQ_001794

answers: subterranean water

answers: NDQ_001795

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001796

answers: impurities in water and effects of softening water supplies.

answers: NDQ_001797

answers: rainfall patterns and subterranean water in various parts of England.

answers: NDQ_001798

answers: He studied rainfall patterns and subterranean water

answers: NDQ_001799

answers: water pumps.

answers: NDQ_001800

answers: softening water supplies.

answers: NDQ_001801

answers: rainfall patterns

answers: NDQ_001802

answers: impurities

answers: NDQ_001803

answers: water pumps.

answers: NDQ_001804

answers: subterranean water

answers: NDQ_001805

answers: water pumps.

text: Human water use in the Antelope Valley depends mainly on pumping of groundwater from the valley's aquifers and on importing additional water from the California Aqueduct. Long-term groundwater pumping has lowered the water table, thereby increasing pumping lifts, reducing well efficiency, and causing land subsidence. While aqueducts supply additional water that meets increasing human demand for agricultural, industrial, and domestic uses, diversion of water from the Sacramento-San Joaquin River Delta in northern California has caused and causes adverse environmental and social effects in the delta. "Over decades, [the] competing uses for water supply and habitat have jeopardized the Delta’s ability to meet either need. All stakeholders agree the estuary is in trouble and requires long-term solutions to ensure reliable, quality water supplies and a healthy ecosystem."

text: Human water use in the Antelope Valley depends mainly on pumping of groundwater from the valley's

text: aquifer

text: s and on importing additional water from the

text: California Aqueduct

text: . Long-term groundwater pumping has lowered the

text: water table

text: , thereby increasing pumping lifts, reducing well efficiency, and causing land

text: subsidence

text: . While aqueducts supply additional water that meets increasing human demand for agricultural, industrial, and domestic uses, diversion of water from the

text: Sacramento-San Joaquin River Delta

text: in northern California has caused and causes adverse environmental and social effects in the delta. "Over decades, [the] competing uses for water supply and habitat have jeopardized the Delta’s ability to meet either need. All stakeholders agree the

text: estuary

text: is in trouble and requires long-term solutions to ensure reliable, quality water supplies and a healthy ecosystem."

answers: NDQ_001768

answers: aqueducts

answers: NDQ_001769

answers: domestic uses

answers: NDQ_001770

answers: land subsidence

answers: NDQ_001771

answers: aqueducts supply additional water

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: Which of the following is not a type of industry: agricultural, industrial, or domestic uses?

answers: NDQ_001774

answers: diversion of water

answers: NDQ_001775

answers: industrial, and domestic uses

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: pumping of groundwater

answers: NDQ_001778

answers: pumping of groundwater

answers: NDQ_001781

answers: lowered the water table

answers: NDQ_001782

answers: Which of the following is not a type of life: agricultural, industrial, or domestic?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What has caused and causes adverse environmental and social effects in the delta?

answers: NDQ_001788

answers: long-term groundwater pumping

answers: NDQ_001789

answers: Which of the following is not a type of water use: agricultural, industrial, or domestic?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: long-term groundwater pumping

answers: NDQ_001797

answers: Which of the following is not a type of human use: agricultural, industrial, or domestic uses?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: long-term groundwater pumping

answers: NDQ_001802

answers: All stakeholders agree the estuary is in trouble

answers: NDQ_001803

answers: aqueducts

answers: NDQ_001804

answers: California Aqueduct

answers: NDQ_001805

answers: agricultural

answers: NDQ_001768

answers: importing additional water from the California Aqueduct.

answers: NDQ_001769

answers: domestic uses,

answers: NDQ_001770

answers: land subsidence.

answers: NDQ_001771

answers: California Aqueduct.

answers: NDQ_001772

answers: agricultural, industrial, and domestic uses,

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: diversion

answers: NDQ_001775

answers: agricultural, industrial, and domestic uses,

answers: NDQ_001776

answers: pumping of groundwater

answers: NDQ_001777

answers: human demand

answers: NDQ_001778

answers: Long-term groundwater pumping

answers: NDQ_001781

answers: reducing well efficiency,

answers: NDQ_001782

answers: Human

answers: NDQ_001785

answers: water from the California Aqueduct.

answers: NDQ_001787

answers: Long-term groundwater pumping

answers: NDQ_001788

answers: reducing well efficiency,

answers: NDQ_001789

answers: industrial,

answers: NDQ_001790

answers: water from the California Aqueduct.

answers: NDQ_001791

answers: water from the California Aqueduct.

answers: NDQ_001792

answers: California Aqueduct.

answers: NDQ_001793

answers: California Aqueduct.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: California Aqueduct.

answers: NDQ_001796

answers: pumping of groundwater

answers: NDQ_001797

answers: Human water use in the Antelope Valley

answers: NDQ_001798

answers: California Aqueduct.

answers: NDQ_001799

answers: pumping of groundwater

answers: NDQ_001800

answers: water from the Sacramento-San Joaquin River Delta

answers: NDQ_001801

answers: Long-term groundwater pumping

answers: NDQ_001802

answers: quality water supplies and a healthy ecosystem."

answers: NDQ_001803

answers: aqueducts

answers: NDQ_001804

answers: California Aqueduct.

answers: NDQ_001805

answers: agricultural, industrial, and domestic uses,

text: Melbourne Water is wholly owned by the Victorian State Government. It manages Melbourne's water supply catchments, sewage, rivers and major drainage systems throughout the Port Phillip and Westernport region. Governance of Melbourne Water is by an independent Board of Directors in conjunction with the Minister for Water. Customers include the metropolitan retail water businesses (such as City West Water, South East Water and Yarra Valley Water.), other water authorities, local councils and the land development industry. Melbourne water primarily operates under the Water Industry Act 1994 and the Water Act 1989. Melbourne Water was formed by the merger of Melbourne and Metropolitan Board of Works and a number of smaller urban water authorities in 1992. The Victorian Water Industry Association (VicWater) is the peak industry association for water companies in Victoria.In 1994, Melbourne Parks and Waterways was separated from Melbourne Water, which became part of Parks Victoria in 1996.

text: Melbourne Water is wholly owned by the

text: Victorian State Government

text: . It manages Melbourne's water supply

text: catchments

text: , sewage, rivers and major drainage systems throughout the

text: Port Phillip

text: and

text: Westernport

text: region. Governance of Melbourne Water is by an independent

text: Board of Directors

text: in conjunction with the

text: Minister

text: for Water. Customers include the metropolitan retail water businesses (such as

text: City West Water

text: South East Water

text: and

text: Yarra Valley Water

text: .), other water authorities,

text: local councils

text: and the land development industry. Melbourne water primarily operates under the

text: Water Industry Act 1994

text: and the Water Act 1989. Melbourne Water was formed by the merger of

entity_name: Melbourne and Metropolitan Board of Works

text: Melbourne and Metropolitan Board of Works

text: and a number of smaller urban water authorities in 1992. The Victorian Water Industry Association (VicWater) is the peak industry association for water companies in Victoria.In 1994,

text: Melbourne Parks and Waterways

text: was separated from Melbourne Water, which became part of

text: Parks Victoria

text: in 1996.

answers: NDQ_001768

answers: Melbourne Water

answers: NDQ_001769

answers: Local councils and the land development industry

answers: NDQ_001770

answers: Melbourne Parks and Waterways

answers: NDQ_001771

answers: Parks and Waterways

answers: NDQ_001772

answers: Melbourne Water

answers: NDQ_001773

answers: Which of the following is not a customer of Melbourne Water: Metropolitan Board of Works or the land development industry?

answers: NDQ_001774

answers: sewage

answers: NDQ_001775

answers: land development

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Melbourne Water

answers: NDQ_001778

answers: land development

answers: NDQ_001781

answers: unsuitable for agriculture

answers: NDQ_001782

answers: Which of the following is not a form of life: City West Water, South East Water or Yarra Valley Water?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason Melbourne Water is wholly owned by the Victorian State Government?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe Melbourne Water?

answers: NDQ_001798

answers: It manages Melbourne's water supply catchments

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: sewage

answers: NDQ_001803

answers: drainage systems

answers: NDQ_001804

answers: drainage systems

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Melbourne Water

answers: NDQ_001769

answers: local councils

answers: NDQ_001770

answers: sewage,

answers: NDQ_001771

answers: Melbourne Parks and Waterways

answers: NDQ_001772

answers: Melbourne Water

answers: NDQ_001773

answers: Melbourne Water

answers: NDQ_001774

answers: sewage,

answers: NDQ_001775

answers: land development industry.

answers: NDQ_001776

answers: water supply catchments, sewage,

answers: NDQ_001777

answers: water supply catchments,

answers: NDQ_001778

answers: land development industry.

answers: NDQ_001781

answers: Melbourne Water

answers: NDQ_001782

answers: Melbourne Water

answers: NDQ_001785

answers: Melbourne Water

answers: NDQ_001787

answers: sewage, rivers and major drainage systems

answers: NDQ_001788

answers: major drainage systems

answers: NDQ_001789

answers: water supply catchments, sewage, rivers and major drainage systems

answers: NDQ_001790

answers: Melbourne Water is wholly owned by the Victorian State Government.

answers: NDQ_001791

answers: Melbourne Water is wholly owned by the Victorian State Government.

answers: NDQ_001792

answers: Melbourne Water

answers: NDQ_001793

answers: Melbourne Water

answers: NDQ_001794

answers: Melbourne Water is wholly owned by the Victorian State Government.

answers: NDQ_001795

answers: Melbourne Water is wholly owned by the Victorian State Government.

answers: NDQ_001796

answers: Melbourne Water

answers: NDQ_001797

answers: Melbourne Water

answers: NDQ_001798

answers: Melbourne Parks and Waterways

answers: NDQ_001799

answers: sewage, rivers and major drainage systems

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 1996.

answers: NDQ_001802

answers: sewage,

answers: NDQ_001803

answers: drainage systems

answers: NDQ_001804

answers: drainage systems

answers: NDQ_001805

answers: sewage, rivers and major drainage systems

text: The current daily water demand for Kinmen is 50,000 tonnes, which are used for households, industries and agriculture sectors. One tonne of water produced for Kinmen costs about NT$50–60 and may surge to NT$70 during summer. In extreme drought condition, water shipment from Taiwan Island may cost as much as NT$200 per tonne. Because Kinmen residents pay only NT$10 for each tonne water they use, the cost of water supply has become a heavy burden for the county government.

text: The current daily water demand for Kinmen is 50,000 tonnes, which are used for households, industries and agriculture sectors. One tonne of water produced for Kinmen costs about NT$50–60 and may surge to NT$70 during summer. In extreme drought condition, water shipment from Taiwan Island may cost as much as NT$200 per tonne. Because Kinmen residents pay only NT$10 for each tonne water they use, the cost of water supply has become a heavy burden for the

text: county government

answers: NDQ_001768

answers: NT$50–60

answers: NDQ_001769

answers: households, industries and agriculture

answers: NDQ_001770

answers: a heavy burden for the county government

answers: NDQ_001771

answers: NT$10 for each tonne water they use

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a sector of Kinmen: households, industries or agriculture?

answers: NDQ_001774

answers: is not used for households

answers: NDQ_001775

answers: what is the first sector mentioned?

answers: NDQ_001776

answers: poor sanitation

answers: NDQ_001777

answers: cost of water supply

answers: NDQ_001778

answers: households

answers: NDQ_001781

answers: NT$50–60

answers: NDQ_001782

answers: Which of the following is not a type of life: households, industries or agriculture?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: Which of the following is not a type of industry: households, industries or agriculture?

answers: NDQ_001788

answers: How many tonnes of water are used for households, industries and agriculture sectors?

answers: NDQ_001789

answers: Which of the following is not a type of industry: households, industries or agriculture?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Kinmen residents pay only NT$10 for each tonne water they use

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many tonnes of water are produced for Kinmen each day?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or warm climates?

answers: NDQ_001798

answers: How many tonnes of water are produced for Kinmen each day?

answers: NDQ_001799

answers: Which of the following is not a type of water: household, industries or agriculture?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: extreme drought condition

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: Taiwan Island

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: NT$200 per tonne.

answers: NDQ_001769

answers: households, industries and agriculture sectors.

answers: NDQ_001770

answers: drought condition,

answers: NDQ_001771

answers: households, industries and agriculture sectors.

answers: NDQ_001772

answers: households, industries and agriculture sectors.

answers: NDQ_001773

answers: water demand for Kinmen

answers: NDQ_001774

answers: drought condition,

answers: NDQ_001775

answers: industries and agriculture sectors.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: drought condition,

answers: NDQ_001778

answers: households, industries and agriculture

answers: NDQ_001781

answers: drought condition,

answers: NDQ_001782

answers: households, industries and agriculture sectors.

answers: NDQ_001785

answers: water produced for Kinmen costs about NT$50–60

answers: NDQ_001787

answers: One tonne of water

answers: NDQ_001788

answers: One tonne of water

answers: NDQ_001789

answers: industries and agriculture sectors. One tonne of water

answers: NDQ_001790

answers: NT$50–60

answers: NDQ_001791

answers: The current daily water demand for Kinmen is 50,000 tonnes,

answers: NDQ_001792

answers: In extreme drought condition,

answers: NDQ_001793

answers: NT$50–60

answers: NDQ_001794

answers: NT$50–60

answers: NDQ_001795

answers: NT$50–60

answers: NDQ_001796

answers: NT$50–60

answers: NDQ_001797

answers: drought

answers: NDQ_001798

answers: Kinmen residents pay only NT$10

answers: NDQ_001799

answers: water produced for Kinmen costs about NT$50–60

answers: NDQ_001800

answers: drought

answers: NDQ_001801

answers: extreme drought condition,

answers: NDQ_001802

answers: NT$50–60

answers: NDQ_001803

answers: water shipment

answers: NDQ_001804

answers: Taiwan Island

answers: NDQ_001805

answers: agriculture sectors.

text: Energy usage is not high; typically 500 - 1500 W of power is used, comparable to an electric iron, but only for a very short time, totaling approximately 3-4 kWh of electricity per household per year. Daily water usage varies, but is typically one gallon of water per person per day, comparable to an additional toilet flush. One survey of these food processing units found a slight increase in household water use.

text: Energy usage is not high; typically 500 - 1500 W of power is used, comparable to an electric

text: iron

text: , but only for a very short time, totaling approximately 3-4 kWh of electricity per household per year. Daily water usage varies, but is typically one gallon of water per person per day, comparable to an additional

text: toilet

text: flush. One survey of these food processing units found a slight increase in household water use.

answers: NDQ_001768

answers: one gallon of water per person per day

answers: NDQ_001769

answers: food processing units

answers: NDQ_001770

answers: electricity consumption

answers: NDQ_001771

answers: food processing units

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: Which of the following is not a source of energy: electricity, water, or food processing units?

answers: NDQ_001774

answers: is flushed

answers: NDQ_001775

answers: food processing units

answers: NDQ_001776

answers: water use

answers: NDQ_001777

answers: daily water usage

answers: NDQ_001778

answers: household water use

answers: NDQ_001781

answers: uses too little

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: Yes

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many gallons of water does a gallon of water use?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: one gallon of water per person per day

answers: NDQ_001797

answers: Which of the following is true of the climate?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: energy usage is not high

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: an additional toilet flush

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: an additional toilet flush

answers: NDQ_001768

answers: one gallon of water per person per day,

answers: NDQ_001769

answers: food processing units

answers: NDQ_001770

answers: a slight increase in household water use.

answers: NDQ_001771

answers: food processing units

answers: NDQ_001772

answers: food processing units

answers: NDQ_001773

answers: food processing units

answers: NDQ_001774

answers: one gallon of water per person per day,

answers: NDQ_001775

answers: food processing units

answers: NDQ_001776

answers: food processing units

answers: NDQ_001777

answers: Daily water usage

answers: NDQ_001778

answers: food processing units found a slight increase in household water use.

answers: NDQ_001781

answers: one gallon of water per person per day,

answers: NDQ_001782

answers: one gallon of water per person per day,

answers: NDQ_001785

answers: one gallon of water per person per day,

answers: NDQ_001787

answers: food processing units found a slight increase in household water use.

answers: NDQ_001788

answers: food processing units found a slight increase in household water use.

answers: NDQ_001789

answers: one gallon of water per person per day,

answers: NDQ_001790

answers: one gallon of water per person per day,

answers: NDQ_001791

answers: one gallon of water per person per day,

answers: NDQ_001792

answers: one gallon of water per person per day,

answers: NDQ_001793

answers: one gallon of water per person per day,

answers: NDQ_001794

answers: one gallon of water per person per day,

answers: NDQ_001795

answers: one gallon of water per person per day,

answers: NDQ_001796

answers: one gallon of water per person per day,

answers: NDQ_001797

answers: one gallon of water per person per day,

answers: NDQ_001798

answers: one gallon of water per person per day,

answers: NDQ_001799

answers: one gallon of water per person per day,

answers: NDQ_001800

answers: Energy usage is not high;

answers: NDQ_001801

answers: 3-4 kWh of electricity per household per year.

answers: NDQ_001802

answers: one gallon of water per person per day,

answers: NDQ_001803

answers: additional toilet flush.

answers: NDQ_001804

answers: one gallon of water per person per day,

answers: NDQ_001805

answers: one gallon of water per person per day,

text: Until recently, Andamooka townsfolk had to rely on water supplies trucked in from Roxby Downs, or above ground cisterns for the limited rainfall of the region.  A pipeline to the township has since been built, although water still has to be trucked to the town's water tanks.

text: Until recently, Andamooka townsfolk had to rely on water supplies trucked in from Roxby Downs, or above ground cisterns for the limited rainfall of the region.  A pipeline to the township has since been built, although water still has to be trucked to the town's water tanks.

answers: NDQ_001768

answers: above ground cisterns

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: Roxby Downs

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: What does the township use to transport water?

answers: NDQ_001774

answers: trucked in

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: trucking in water

answers: NDQ_001781

answers: trucked in

answers: NDQ_001782

answers: Which of the following is true of Andamooka townsfolk?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of water supply: trucked in from Roxby Downs, or above ground cisterns

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not true of Andamooka?

answers: NDQ_001797

answers: Which of the following is true of Andamooka?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: cisterns

answers: NDQ_001804

answers: cisterns

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: above ground cisterns

answers: NDQ_001769

answers: limited rainfall

answers: NDQ_001770

answers: rainfall

answers: NDQ_001771

answers: above ground cisterns

answers: NDQ_001772

answers: Roxby Downs,

answers: NDQ_001773

answers: water supplies trucked in from Roxby Downs,

answers: NDQ_001774

answers: water still has to be trucked to the town's water tanks.

answers: NDQ_001775

answers: water still has to be trucked to the town's water tanks.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: rainfall

answers: NDQ_001781

answers: water still has to be trucked to the town's water tanks.

answers: NDQ_001782

answers: water supplies trucked in from Roxby Downs,

answers: NDQ_001785

answers: water supplies trucked in from Roxby Downs,

answers: NDQ_001787

answers: above ground cisterns

answers: NDQ_001788

answers: water still has to be trucked to the town's water tanks.

answers: NDQ_001789

answers: above ground cisterns

answers: NDQ_001790

answers: Roxby Downs,

answers: NDQ_001791

answers: Roxby Downs,

answers: NDQ_001792

answers: Roxby Downs,

answers: NDQ_001793

answers: above ground cisterns

answers: NDQ_001794

answers: above ground cisterns

answers: NDQ_001795

answers: Roxby Downs,

answers: NDQ_001796

answers: water supplies trucked in from Roxby Downs,

answers: NDQ_001797

answers: rainfall

answers: NDQ_001798

answers: above ground cisterns

answers: NDQ_001799

answers: above ground cisterns

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Until recently,

answers: NDQ_001802

answers: water still has to be trucked to the town's water tanks.

answers: NDQ_001803

answers: above ground cisterns

answers: NDQ_001804

answers: A pipeline

answers: NDQ_001805

answers: Until recently, Andamooka

text: Tariffs and cost recovery. In the long run, the Federal Government wants the state operators to achieve full cost recovery and attain financial independence. However, this target is still far from being achieved. In 2009 the average domestic water tariff in Malaysia was Ringgit (MYR) 0.65/m3 (US$0.18/m3). There are 14 different regional water tariffs in Malaysia, each corresponding roughly to one state. The lowest domestic tariff is in Penang (MYR0.31/m3), while the highest is in Johor (MYR0.98/m3). The average industrial water tariff in 2009 was MYR1.32/m3 (US$0.37/m3). Domestic water tariffs are thus only a fraction of domestic water tariffs in neighbouring Singapore (US$1.62/m3) or in Jakarta, Indonesia (US$0.77/m3). Nevertheless, according to the International Benchmarking Network for Water Supply and Sanitation Utilities, Malaysian utilities managed to recover, on average, 115% of their operating costs in 2007. But it has to be kept in mind that operating costs are kept low through various subsidies. The full costs of service provision - operating costs plus capital costs - are not covered through revenues.

text: Tariffs and cost recovery. In the long run, the Federal Government wants the state operators to achieve full cost recovery and attain financial independence. However, this target is still far from being achieved. In 2009 the average domestic water tariff in Malaysia was Ringgit (MYR) 0.65/m3 (US$0.18/m3). There are 14 different regional water tariffs in Malaysia, each corresponding roughly to one state. The lowest domestic tariff is in Penang (MYR0.31/m3), while the highest is in Johor (MYR0.98/m3). The average industrial water tariff in 2009 was MYR1.32/m3 (US$0.37/m3). Domestic water tariffs are thus only a fraction of domestic water tariffs in neighbouring Singapore (US$1.62/m3) or in Jakarta, Indonesia (US$0.77/m3). Nevertheless, according to the International Benchmarking Network for Water Supply and Sanitation Utilities, Malaysian utilities managed to recover, on average, 115% of their operating costs in 2007. But it has to be kept in mind that operating costs are kept low through various subsidies. The full costs of service provision - operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001768

answers: US$0.77/m3

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for what?

answers: NDQ_001770

answers: What may cause the full costs of service provision to be not covered through revenues?

answers: NDQ_001771

answers: What is the lowest domestic tariff in Penang?

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: Which of the following is not covered by operating costs: operating costs plus capital costs?

answers: NDQ_001774

answers: is not covered through revenues

answers: NDQ_001775

answers: What was the average industrial water tariff in 2009?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: tariffs

answers: NDQ_001778

answers: domestic water tariffs

answers: NDQ_001781

answers: tariffs are kept low

answers: NDQ_001782

answers: What does the Federal Government want the state operators to achieve?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the average industrial water tariff in 2009?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: What is the lowest domestic tariff in Penang?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many different regional water tariffs are there in Malaysia?

answers: NDQ_001797

answers: What is the lowest domestic tariff in Penang?

answers: NDQ_001798

answers: What is the lowest domestic tariff in Penang?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: In 2009 the average domestic water tariff in Malaysia was Ringgit (MYR) 0.65/m3

answers: NDQ_001802

answers: Malaysian utilities managed to recover, on average, 115% of their operating costs in 2007

answers: NDQ_001803

answers: water tariff

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: Singapore (US$1.62/m3) or in Jakarta, Indonesia (US$0.77/m3)

answers: NDQ_001768

answers: Domestic water tariffs are thus only a fraction of domestic water tariffs

answers: NDQ_001769

answers: Sanitation

answers: NDQ_001770

answers: operating costs plus capital costs

answers: NDQ_001771

answers: Malaysia was Ringgit (MYR) 0.65/m3

answers: NDQ_001772

answers: Malaysia

answers: NDQ_001773

answers: average industrial water tariff in 2009 was MYR1.32/m3

answers: NDQ_001774

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001775

answers: Sanitation

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001778

answers: Water

answers: NDQ_001781

answers: operating costs are kept low through various subsidies.

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: 0.65/m3 (US$0.18/m3).

answers: NDQ_001787

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001788

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001789

answers: industrial water tariff

answers: NDQ_001790

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001791

answers: Malaysia was Ringgit (MYR) 0.65/m3

answers: NDQ_001792

answers: In 2009 the average domestic water tariff in Malaysia

answers: NDQ_001793

answers: Singapore

answers: NDQ_001794

answers: (US$0.18/m3).

answers: NDQ_001795

answers: this target is still far from being achieved. In 2009

answers: NDQ_001796

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001797

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001798

answers: operating costs are kept low through various subsidies.

answers: NDQ_001799

answers: operating costs plus capital costs - are not covered through revenues.

answers: NDQ_001800

answers: Tariffs and cost recovery.

answers: NDQ_001801

answers: 2009 the average domestic water tariff in Malaysia

answers: NDQ_001802

answers: In 2009 the average domestic water tariff in Malaysia

answers: NDQ_001803

answers: Water

answers: NDQ_001804

answers: Water Supply and Sanitation Utilities,

answers: NDQ_001805

answers: Sanitation

text: In 2004, during Jayalalitha's regime, the New Veeranam Project was inaugurated to supply 180 MLD water to Chennai as additional source of water, drawing water from Veeranam Lake. Located about 225 km south of Chennai, the tank is situated in the tail of the Cauvery river system in the state as it gets the supply through the Vadavar channel from the Lower Anicut on the Coleroon (Kollidam) besides rainwater from its own catchment area. The capacity of the lake is 1,465 mcft. According to the Policy Note of the State Municipal Administration and Water Supply Department for 2012-2013, MetroWater supplies about 765 MLD to domestic consumers in the city and about 65 MLD of water to bulk consumers such as adjacent local bodies and industries located in the Chennai Metropolitan Area.

text: In 2004, during Jayalalitha's regime, the New Veeranam Project was inaugurated to supply 180 MLD water to Chennai as additional source of water, drawing water from

text: Veeranam Lake

text: . Located about 225 km south of Chennai, the tank is situated in the tail of the

text: Cauvery river

text: system in the state as it gets the supply through the

text: Vadavar channel

text: from the

text: Lower Anicut

text: on the

text: Coleroon

text: (Kollidam) besides rainwater from its own catchment area. The capacity of the lake is 1,465 mcft. According to the Policy Note of the State Municipal Administration and Water Supply Department for 2012-2013, MetroWater supplies about 765 MLD to domestic consumers in the city and about 65 MLD of water to bulk consumers such as adjacent local bodies and industries located in the Chennai Metropolitan Area.

answers: NDQ_001768

answers: about 65 MLD of water to bulk consumers

answers: NDQ_001769

answers: domestic consumers

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: Veeranam Lake

answers: NDQ_001772

answers: domestic consumers

answers: NDQ_001773

answers: What is the main product of the New Veeranam Project?

answers: NDQ_001774

answers: 65 MLD

answers: NDQ_001775

answers: bulk consumers

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the size of the population

answers: NDQ_001778

answers: MetroWater supplies about 765 MLD to domestic consumers

answers: NDQ_001781

answers: bulk consumers

answers: NDQ_001782

answers: Which of the following is not a form of life: domestic consumers, bulk consumers, or industries?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: 65 MLD of water to bulk consumers

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Veeranam Lake

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the capacity of the lake?

answers: NDQ_001797

answers: How many MLD of water does MetroWater supply to bulk consumers?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2012-2013

answers: NDQ_001802

answers: MetroWater supplies about 765 MLD to domestic consumers

answers: NDQ_001803

answers: New Veeranam Project

answers: NDQ_001804

answers: Vadavar channel

answers: NDQ_001805

answers: domestic consumers

answers: NDQ_001768

answers: Veeranam Lake.

answers: NDQ_001769

answers: domestic consumers

answers: NDQ_001770

answers: Veeranam Lake.

answers: NDQ_001771

answers: Veeranam Lake.

answers: NDQ_001772

answers: domestic consumers

answers: NDQ_001773

answers: New Veeranam Project

answers: NDQ_001774

answers: bulk consumers

answers: NDQ_001775

answers: bulk consumers

answers: NDQ_001776

answers: water,

answers: NDQ_001777

answers: 765 MLD to domestic consumers

answers: NDQ_001778

answers: domestic consumers

answers: NDQ_001781

answers: Veeranam Lake.

answers: NDQ_001782

answers: Veeranam Lake.

answers: NDQ_001785

answers: water, drawing water from Veeranam Lake.

answers: NDQ_001787

answers: Veeranam Lake.

answers: NDQ_001788

answers: 65 MLD of water to bulk consumers such as adjacent local bodies and industries

answers: NDQ_001789

answers: Veeranam Lake.

answers: NDQ_001790

answers: Veeranam Lake.

answers: NDQ_001791

answers: Veeranam Lake.

answers: NDQ_001792

answers: Veeranam Lake.

answers: NDQ_001793

answers: Veeranam Lake.

answers: NDQ_001794

answers: Veeranam Lake.

answers: NDQ_001795

answers: Veeranam Lake.

answers: NDQ_001796

answers: Veeranam Lake.

answers: NDQ_001797

answers: 765 MLD to domestic consumers in the city and about 65 MLD

answers: NDQ_001798

answers: Veeranam Lake.

answers: NDQ_001799

answers: rainwater

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: 2012-2013,

answers: NDQ_001802

answers: 65 MLD

answers: NDQ_001803

answers: rainwater

answers: NDQ_001804

answers: Vadavar channel

answers: NDQ_001805

answers: 765 MLD to domestic consumers in the city and about 65 MLD

text: Water is also used in many large scale industrial processes, such as thermoelectric power production, oil refining, fertilizer production and other chemical plant use, and natural gas extraction from shale rock. Discharge of untreated water from industrial uses is pollution. Pollution includes discharged solutes (chemical pollution) and increased water temperature (thermal pollution). Industry requires pure water for many applications and utilizes a variety of purification techniques both in water supply and discharge. Most of this pure water is generated on site, either from natural freshwater or from municipal grey water. Industrial consumption of water is generally much lower than withdrawal, due to laws requiring industrial grey water to be treated and returned to the environment. Thermoelectric powerplants using cooling towers have high consumption, nearly equal to their withdrawal, as most of the withdrawn water is evaporated as part of the cooling process. The withdrawal, however, is lower than in once-through cooling systems.

text: Water is also used in many large scale industrial processes, such as thermoelectric power production, oil refining, fertilizer production and other chemical plant use, and natural gas extraction from shale rock. Discharge of untreated water from industrial uses is pollution. Pollution includes discharged solutes (chemical pollution) and increased water temperature (thermal pollution). Industry requires pure water for many applications and utilizes a variety of purification techniques both in water supply and discharge. Most of this pure water is generated on site, either from natural freshwater or from municipal

text: grey water

text: . Industrial consumption of water is generally much lower than withdrawal, due to laws requiring industrial grey water to be treated and returned to the environment. Thermoelectric powerplants using

text: cooling towers

text: have high consumption, nearly equal to their withdrawal, as most of the withdrawn water is evaporated as part of the cooling process. The withdrawal, however, is lower than in

text: once-through cooling

text: systems.

answers: NDQ_001768

answers: industrial grey water

answers: NDQ_001769

answers: What is grey water?

answers: NDQ_001770

answers: chemical pollution

answers: NDQ_001771

answers: Which of the following is not a large scale industrial process: oil refining, fertilizer production or chemical plant use?

answers: NDQ_001772

answers: industrial processes

answers: NDQ_001773

answers: Which of the following is not a large scale industrial process: oil refining, fertilizer production, or natural gas extraction from shale rock?

answers: NDQ_001774

answers: untreated

answers: NDQ_001775

answers: What is used in large scale industrial processes?

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: industrial use

answers: NDQ_001778

answers: fertilizer production

answers: NDQ_001781

answers: untreated

answers: NDQ_001782

answers: Which of the following is not a form of life: oil refining, fertilizer production, or natural gas extraction?

answers: NDQ_001785

answers: Which of the following is true of industrial consumption of water?

answers: NDQ_001787

answers: Which of the following is not an industrial process: fertilizer production and other chemical plant use, or natural gas extraction from shale rock?

answers: NDQ_001788

answers: Which of the following is not a type of industrial process: fertilizer production and other chemical plant use, or natural gas extraction from shale rock?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of pollution: chemical pollution, increased water temperature, or waterborne diseases?

answers: NDQ_001797

answers: Why is industrial consumption of water generally much lower than withdrawal?

answers: NDQ_001798

answers: Why is industrial consumption of water generally much lower than withdrawal

answers: NDQ_001799

answers: Which of the following is not a source of pure water: natural freshwater or from municipal grey water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: untreated water

answers: NDQ_001802

answers: discharge of untreated water

answers: NDQ_001803

answers: fertilizer

answers: NDQ_001804

answers: cooling towers

answers: NDQ_001805

answers: thermoelectric power production

answers: NDQ_001768

answers: many large scale industrial processes,

answers: NDQ_001769

answers: municipal grey water.

answers: NDQ_001770

answers: pollution.

answers: NDQ_001771

answers: Water is also used in many large scale industrial processes,

answers: NDQ_001772

answers: industrial processes,

answers: NDQ_001773

answers: fertilizer production

answers: NDQ_001774

answers: untreated water

answers: NDQ_001775

answers: thermoelectric power production,

answers: NDQ_001776

answers: pollution.

answers: NDQ_001777

answers: Industrial consumption

answers: NDQ_001778

answers: fertilizer production

answers: NDQ_001781

answers: untreated water

answers: NDQ_001782

answers: Water is also used in many large scale industrial processes,

answers: NDQ_001785

answers: Industrial consumption of water

answers: NDQ_001787

answers: Discharge of untreated water from industrial uses is pollution.

answers: NDQ_001788

answers: Industrial consumption of water is generally much lower than withdrawal,

answers: NDQ_001789

answers: thermoelectric power production,

answers: NDQ_001790

answers: Water is also used in many large scale industrial processes,

answers: NDQ_001791

answers: Water is also used in many large scale industrial processes,

answers: NDQ_001792

answers: natural freshwater

answers: NDQ_001793

answers: municipal grey water.

answers: NDQ_001794

answers: shale rock.

answers: NDQ_001795

answers: Industrial consumption of water

answers: NDQ_001796

answers: Discharge of untreated water

answers: NDQ_001797

answers: Industrial consumption

answers: NDQ_001798

answers: laws requiring industrial grey water to be treated and returned to the environment.

answers: NDQ_001799

answers: industrial grey water to be treated and returned to the environment.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water is also used in many large scale industrial processes,

answers: NDQ_001802

answers: Discharge of untreated water from industrial uses

answers: NDQ_001803

answers: fertilizer

answers: NDQ_001804

answers: cooling towers

answers: NDQ_001805

answers: thermoelectric power production,

text: When rain falls in deserts, as it occasionally does, it is often with great violence. The desert surface is evidence of this with dry stream channels known as arroyos or wadis meandering across its surface. These can experience flash floods, becoming raging torrents with surprising rapidity after a storm that may be many kilometers away. Most deserts are in basins with no drainage to the sea but some are crossed by exotic rivers sourced in mountain ranges or other high rainfall areas beyond their borders. The River Nile, the Colorado River and the Yellow River do this, losing much of their water through evaporation as they pass through the desert and raising groundwater levels nearby. There may also be underground sources of water in deserts in the form of springs, aquifers, underground rivers or lakes. Where these lie close to the surface, wells can be dug and oases may form where plant and animal life can flourish. The Nubian Sandstone Aquifer System under the Sahara Desert is the largest known accumulation of fossil water. The Great Man-Made River is a scheme launched by Libya's Colonel Gadaffi to tap this aquifer and supply water to coastal cities. Kharga Oasis in Egypt is  long and is the largest oasis in the Libyan Desert. A lake occupied this depression in ancient times and thick deposits of sandy-clay resulted. Wells are dug to extract water from the porous sandstone that lies underneath. Seepages may occur in the walls of canyons and pools may survive in deep shade near the dried up watercourse below.

text: When rain falls in deserts, as it occasionally does, it is often with great violence. The desert surface is evidence of this with dry stream channels known as

text: arroyos

text: or

text: wadi

text: s meandering across its surface. These can experience

text: flash flood

text: s, becoming raging torrents with surprising rapidity after a storm that may be many kilometers away. Most deserts are in basins with no drainage to the sea but some are crossed by exotic rivers sourced in mountain ranges or other high rainfall areas beyond their borders. The

text: River Nile

text: , the Colorado River and the

text: Yellow River

text: do this, losing much of their water through evaporation as they pass through the desert and raising groundwater levels nearby. There may also be underground sources of water in deserts in the form of

text: springs

text: aquifer

text: s, underground rivers or lakes. Where these lie close to the surface,

text: wells

text: can be dug and

text: oases

text: may form where plant and animal life can flourish. The

text: Nubian Sandstone Aquifer System

text: under the Sahara Desert is the largest known accumulation of

text: fossil water

text: . The

text: Great Man-Made River

text: is a scheme launched by Libya's

text: Colonel Gadaffi

text: to tap this aquifer and supply water to coastal cities.

text: Kharga Oasis

text: in Egypt is  long and is the largest oasis in the Libyan Desert. A lake occupied this depression in ancient times and thick deposits of sandy-clay resulted. Wells are dug to extract water from the porous sandstone that lies underneath. Seepages may occur in the walls of

text: canyon

text: s and pools may survive in deep shade near the dried up watercourse below.

answers: NDQ_001768

answers: aquifers

answers: NDQ_001769

answers: What is the purpose of the Great Man-Made River?

answers: NDQ_001770

answers: Which of the following is not a source of water in deserts?

answers: NDQ_001771

answers: Which of the following is not a source of water in deserts: springs, aquifers, underground rivers or lakes?

answers: NDQ_001772

answers: coastal cities

answers: NDQ_001773

answers: Which of the following is not a source of water in deserts: springs, aquifers, underground rivers or lakes?

answers: NDQ_001774

answers: through evaporation

answers: NDQ_001775

answers: What are underground sources of water in deserts?

answers: NDQ_001776

answers: lack of sanitation

answers: NDQ_001777

answers: if there are underground sources

answers: NDQ_001778

answers: The Great Man-Made River

answers: NDQ_001781

answers: evaporation

answers: NDQ_001782

answers: What are underground sources of water in deserts?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of underground water in deserts: springs, aquifers, underground rivers or lakes?

answers: NDQ_001788

answers: Which of the following is not a source of underground water: springs, aquifers, underground rivers or lakes?

answers: NDQ_001789

answers: Which of the following is not a source of water in deserts?

answers: NDQ_001790

answers: Which of the following is not a source of water: springs, aquifers, underground rivers or lakes?

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers, springs, underground rivers or lakes?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: Which of the following is not a source of water in deserts?

answers: NDQ_001796

answers: Which of the following is not a source of underground sources of water in deserts?

answers: NDQ_001797

answers: Which of the following is not a source of underground water: springs, aquifers, underground rivers or lakes?

answers: NDQ_001798

answers: Which of the following is not a source of underground water in deserts?

answers: NDQ_001799

answers: Why is water safe to drink if it is moving water?

answers: NDQ_001800

answers: deserts

answers: NDQ_001801

answers: flash floods

answers: NDQ_001802

answers: aquifer and supply water to coastal cities

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: underground rivers or lakes

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: exotic rivers

answers: NDQ_001769

answers: coastal cities.

answers: NDQ_001770

answers: raising groundwater levels nearby.

answers: NDQ_001771

answers: oases

answers: NDQ_001772

answers: coastal cities.

answers: NDQ_001773

answers: underground sources of water in deserts

answers: NDQ_001774

answers: evaporation

answers: NDQ_001775

answers: supply water to coastal cities.

answers: NDQ_001776

answers: rain falls in deserts,

answers: NDQ_001777

answers: underground sources of water

answers: NDQ_001778

answers: exotic rivers

answers: NDQ_001781

answers: evaporation

answers: NDQ_001782

answers: plant and animal

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: exotic rivers

answers: NDQ_001788

answers: losing much of their water through evaporation

answers: NDQ_001789

answers: underground sources of water

answers: NDQ_001790

answers: underground sources of water

answers: NDQ_001791

answers: underground sources of water in deserts

answers: NDQ_001792

answers: underground sources of water in deserts

answers: NDQ_001793

answers: underground sources of water in deserts

answers: NDQ_001794

answers: underground sources of water in deserts

answers: NDQ_001795

answers: underground sources of water

answers: NDQ_001796

answers: underground sources of water

answers: NDQ_001797

answers: Most deserts are in basins with no drainage to the sea

answers: NDQ_001798

answers: underground sources of water

answers: NDQ_001799

answers: underground sources of water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: When rain falls in deserts,

answers: NDQ_001802

answers: losing much of their water through evaporation

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: supply water to coastal cities.

text: I like to _____________ (drink)/(drink water).<br>(Drinking/Drinking water) __________ is fun.

text: I like to _____________ (drink)/(drink water).<br>(Drinking/Drinking water) __________ is fun.

answers: NDQ_001768

answers: (drink)/(drink water)

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a rash

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: animals.

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: cleaning

answers: NDQ_001776

answers: (drink)

answers: NDQ_001777

answers: climate.

answers: NDQ_001778

answers: Drinking water

answers: NDQ_001781

answers: is not used properly.

answers: NDQ_001782

answers: (drink)

answers: NDQ_001785

answers: (drink)

answers: NDQ_001787

answers: (drink)

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: (drink)

answers: NDQ_001790

answers: (drink)

answers: NDQ_001791

answers: (drink)

answers: NDQ_001792

answers: (drink)

answers: NDQ_001793

answers: (drink)

answers: NDQ_001794

answers: (drink)

answers: NDQ_001795

answers: (drink)

answers: NDQ_001796

answers: (drink)

answers: NDQ_001797

answers: (drink)

answers: NDQ_001798

answers: (drink)

answers: NDQ_001799

answers: (drink)

answers: NDQ_001800

answers: famine

answers: NDQ_001801

answers: can be described as a

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to wash dishes

answers: NDQ_001805

answers: (drinking)

answers: NDQ_001768

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001769

answers: _____________ (drink)/(drink water).

answers: NDQ_001770

answers: fun.

answers: NDQ_001771

answers: _____________ (drink)/(drink water).

answers: NDQ_001772

answers: br>(Drinking/Drinking

answers: NDQ_001773

answers: br>(Drinking/Drinking water)

answers: NDQ_001774

answers: fun.

answers: NDQ_001775

answers: br>(Drinking/Drinking

answers: NDQ_001776

answers: (drink)/(drink water).

answers: NDQ_001777

answers: fun.

answers: NDQ_001778

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001781

answers: br>(Drinking/Drinking

answers: NDQ_001782

answers: _____________ (drink)/(drink water).

answers: NDQ_001785

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001787

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001788

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001789

answers: (drink)/(drink water).

answers: NDQ_001790

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001791

answers: _____________ (drink)/(drink water).

answers: NDQ_001792

answers: br>(Drinking/Drinking

answers: NDQ_001793

answers: fun.

answers: NDQ_001794

answers: br>(Drinking/Drinking

answers: NDQ_001795

answers: _____________ (drink)/(drink water).

answers: NDQ_001796

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001797

answers: _____________ (drink)/(drink water).

answers: NDQ_001798

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001799

answers: __________ is fun.

answers: NDQ_001800

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001801

answers: I like to _____________ (drink)/(drink water).

answers: NDQ_001802

answers: fun.

answers: NDQ_001803

answers: _____________ (drink)/(drink water).

answers: NDQ_001804

answers: br>(Drinking/Drinking

answers: NDQ_001805

answers: br>(Drinking/Drinking

text: Development indicators tend to focus on access and availability of ‘safe water’, which the World Bank defines as ‘treated surface water and untreated but uncontaminated groundwater.’ Safe water is crucial not only for human health (on average,a human needs 20 litres of safe water for his daily ‘metabolic, hygienic and domestic needs’) but also for economic development and environmental health. Yet, more than 1/3 of the world cannot drink their local water supply without additional treatment.

text: Development indicators tend to focus on access and availability of ‘

text: safe water

text: ’, which the

text: World Bank

text: defines as ‘treated surface water and untreated but uncontaminated groundwater.’ Safe water is crucial not only for human health (on average,a human needs 20 litres of safe water for his daily ‘

text: metabolic

text: hygienic

text: and domestic needs’) but also for economic development and environmental health. Yet, more than 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001768

answers: untreated but uncontaminated groundwater

answers: NDQ_001769

answers: domestic needs

answers: NDQ_001770

answers: human health problems

answers: NDQ_001771

answers: untreated but uncontaminated groundwater

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: What does the World Bank define as untreated but uncontaminated groundwater?

answers: NDQ_001774

answers: untreated

answers: NDQ_001775

answers: hygienic needs

answers: NDQ_001776

answers: unsafe water

answers: NDQ_001777

answers: availability of ‘safe water’

answers: NDQ_001778

answers: untreated but uncontaminated groundwater

answers: NDQ_001781

answers: untreated

answers: NDQ_001782

answers: What does the World Bank define as "treated surface water and untreated but uncontaminated groundwater"?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: untreated but uncontaminated groundwater

answers: NDQ_001788

answers: untreated groundwater

answers: NDQ_001789

answers: What does the World Bank define as 'treated surface water'?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: NDQ_001792

answers: untreated but uncontaminated groundwater

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: untreated

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: untreated but uncontaminated groundwater

answers: NDQ_001797

answers: How many litres of safe water does a human need on average?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: no

answers: NDQ_001800

answers: safe water

answers: NDQ_001801

answers: untreated but uncontaminated groundwater

answers: NDQ_001802

answers: 1/3 of the world cannot drink their local water supply without additional treatment

answers: NDQ_001803

answers: uncontaminated groundwater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: metabolic, hygienic and domestic needs

answers: NDQ_001768

answers: ‘safe water’,

answers: NDQ_001769

answers: ‘safe water’,

answers: NDQ_001770

answers: ‘safe water’,

answers: NDQ_001771

answers: drink their local water supply without additional treatment.

answers: NDQ_001772

answers: 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001773

answers: ‘safe water’,

answers: NDQ_001774

answers: more than 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001775

answers: ‘metabolic, hygienic and domestic needs’)

answers: NDQ_001776

answers: ‘safe water’,

answers: NDQ_001777

answers: additional treatment.

answers: NDQ_001778

answers: ‘metabolic, hygienic and domestic needs’)

answers: NDQ_001781

answers: untreated but uncontaminated groundwater.’

answers: NDQ_001782

answers: Safe water

answers: NDQ_001785

answers: 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001787

answers: ‘treated surface water and untreated but uncontaminated groundwater.’

answers: NDQ_001788

answers: ‘treated surface water and untreated but uncontaminated groundwater.’

answers: NDQ_001789

answers: ‘treated surface water and untreated but uncontaminated groundwater.’

answers: NDQ_001790

answers: 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001791

answers: 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001792

answers: ‘safe water’,

answers: NDQ_001793

answers: more than 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001794

answers: untreated but uncontaminated groundwater.’

answers: NDQ_001795

answers: more than 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001796

answers: more than 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001797

answers: more than 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001798

answers: ‘safe water’,

answers: NDQ_001799

answers: ‘treated surface water and untreated but uncontaminated groundwater.’

answers: NDQ_001800

answers: ‘safe water’,

answers: NDQ_001801

answers: Development indicators tend to focus on access and availability of ‘safe water’,

answers: NDQ_001802

answers: more than 1/3 of the world cannot drink their local water supply without additional treatment.

answers: NDQ_001803

answers: additional treatment.

answers: NDQ_001804

answers: ‘treated surface water and untreated but uncontaminated groundwater.’

answers: NDQ_001805

answers: ‘metabolic, hygienic and domestic needs’)

text: Groundwater is used by industries (35% of wells), private homes and apartment buildings (25%) and services (24%). The amount of groundwater recharge and abstraction is not well known, but its recharge is estimated at 15m3/s and extraction at 10m3/s, and it is expected to increase. The increasing use of groundwater is a result of SABESP's pricing policy that is not conducive to conservation and a lack of monitoring and control of groundwater use. In municipalities where water and sanitation is supplied not by Sabesp but by local government, the government's lack of ability in expanding water supply exacerbates the exploitation of groundwater resources. There is a high threat of groundwater contamination, especially in the Eastern part of the Alto Tietê.

text: Groundwater is used by industries (35% of wells), private homes and apartment buildings (25%) and services (24%). The amount of

text: groundwater recharge

text: and abstraction is not well known, but its recharge is estimated at 15m3/s and extraction at 10m3/s, and it is expected to increase. The increasing use of groundwater is a result of SABESP's pricing policy that is not conducive to conservation and a lack of monitoring and control of groundwater use. In municipalities where water and sanitation is supplied not by Sabesp but by local government, the government's lack of ability in expanding water supply exacerbates the exploitation of groundwater resources. There is a high threat of groundwater contamination, especially in the Eastern part of the

text: Alto Tietê

answers: NDQ_001768

answers: Groundwater

answers: NDQ_001769

answers: Where is groundwater used?

answers: NDQ_001770

answers: groundwater contamination

answers: NDQ_001771

answers: How many percent of wells are used by industries?

answers: NDQ_001772

answers: services

answers: NDQ_001773

answers: Which of the following is not a source of groundwater: industries, private homes and apartment buildings, or services?

answers: NDQ_001774

answers: is used by industries

answers: NDQ_001775

answers: What is groundwater used for?

answers: NDQ_001776

answers: groundwater contamination

answers: NDQ_001777

answers: groundwater resources

answers: NDQ_001778

answers: exploitation of groundwater resources

answers: NDQ_001781

answers: lacks monitoring and control

answers: NDQ_001782

answers: Which of the following is not a type of life: industries, private homes and apartment buildings or services?

answers: NDQ_001785

answers: Which of the following is not a source of groundwater: industries, private homes and apartment buildings or services?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Groundwater is used by industries (35% of wells

answers: NDQ_001789

answers: What is groundwater used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: groundwater contamination, especially in the Eastern part of the Alto Tietê

answers: NDQ_001797

answers: Which of the following is not a source of groundwater: industries, private homes and apartment buildings or services?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: groundwater contamination

answers: NDQ_001801

answers: NDQ_001802

answers: There is a high threat of groundwater contamination

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: industries

answers: NDQ_001768

answers: Groundwater

answers: NDQ_001769

answers: sanitation

answers: NDQ_001770

answers: groundwater contamination,

answers: NDQ_001771

answers: private homes and apartment buildings

answers: NDQ_001772

answers: services

answers: NDQ_001773

answers: Groundwater

answers: NDQ_001774

answers: Groundwater

answers: NDQ_001775

answers: Groundwater

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: the government's lack of ability in expanding water supply

answers: NDQ_001778

answers: exploitation of groundwater resources.

answers: NDQ_001781

answers: Groundwater

answers: NDQ_001782

answers: Groundwater

answers: NDQ_001785

answers: Groundwater

answers: NDQ_001787

answers: There is a high threat of groundwater contamination,

answers: NDQ_001788

answers: Groundwater

answers: NDQ_001789

answers: Groundwater

answers: NDQ_001790

answers: Groundwater

answers: NDQ_001791

answers: Groundwater

answers: NDQ_001792

answers: Groundwater

answers: NDQ_001793

answers: Groundwater

answers: NDQ_001794

answers: Groundwater

answers: NDQ_001795

answers: Groundwater

answers: NDQ_001796

answers: Groundwater

answers: NDQ_001797

answers: Groundwater

answers: NDQ_001798

answers: The increasing use of groundwater

answers: NDQ_001799

answers: Groundwater

answers: NDQ_001800

answers: exploitation of groundwater

answers: NDQ_001801

answers: Alto Tietê.

answers: NDQ_001802

answers: There is a high threat of groundwater contamination,

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: Groundwater

answers: NDQ_001805

answers: industries

text: The division is responsible towards teaching undergraduate courses such as Fluid Mechanics, Hydraulics, Hydrology, Water Supply, Wastewater Engineering, Groundwater, Hydraulics Structures, and Coastal Engineering. Inputs from the panel of advisors and industries are strongly referred to, in the development of the undergraduate and postgraduate programs. Ideas from public policy and law, social sciences and humanities are often employed in conjunction with the engineering principles and the practical aspects, to develop a better understanding of the role of engineering in the solution of water and environmental problems. Among the courses offered in the master's degree program are Environmental Management, Water Resources Planning and Management, Flood Management and Mitigation, Advanced Water Supply, Solid Waste Management, Erosion and Sedimentation, Groundwater Engineering, Computational Fluid Dynamic, Hazadous and Industrial Waste, Risk and Hazard Assessment, Environmental Management of Coastal Areas, and Air Pollution.

text: The division is responsible towards teaching undergraduate courses such as Fluid Mechanics, Hydraulics, Hydrology, Water Supply, Wastewater Engineering, Groundwater, Hydraulics Structures, and Coastal Engineering. Inputs from the panel of advisors and industries are strongly referred to, in the development of the undergraduate and postgraduate programs. Ideas from public policy and law, social sciences and humanities are often employed in conjunction with the engineering principles and the practical aspects, to develop a better understanding of the role of engineering in the solution of water and environmental problems. Among the courses offered in the master's degree program are Environmental Management, Water Resources Planning and Management, Flood Management and Mitigation, Advanced Water Supply, Solid Waste Management, Erosion and Sedimentation, Groundwater Engineering, Computational Fluid Dynamic, Hazadous and Industrial Waste, Risk and Hazard Assessment, Environmental Management of Coastal Areas, and Air Pollution.

answers: NDQ_001768

answers: Wastewater Engineering

answers: NDQ_001769

answers: Wastewater Engineering

answers: NDQ_001770

answers: Flood Management and Mitigation

answers: NDQ_001771

answers: Solid Waste Management

answers: NDQ_001772

answers: Wastewater Engineering

answers: NDQ_001773

answers: Wastewater Engineering, Groundwater, Hydraulics Structures

answers: NDQ_001774

answers: Wastewater Engineering

answers: NDQ_001775

answers: Wastewater Engineering

answers: NDQ_001776

answers: Air Pollution

answers: NDQ_001777

answers: Groundwater Engineering

answers: NDQ_001778

answers: Air Pollution

answers: NDQ_001781

answers: Wastewater Engineering

answers: NDQ_001782

answers: Which of the following is not a course offered in the master's degree program?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Hazadous and Industrial Waste

answers: NDQ_001788

answers: Wastewater Engineering

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: water scarcity

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Water Supply

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Groundwater

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a course offered in the master's degree program?

answers: NDQ_001798

answers: Solid Waste Management

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water and environmental problems

answers: NDQ_001801

answers: Coastal Engineering

answers: NDQ_001802

answers: Hazadous and Industrial Waste

answers: NDQ_001803

answers: Water Supply

answers: NDQ_001804

answers: Groundwater

answers: NDQ_001805

answers: Wastewater Engineering

answers: NDQ_001768

answers: Flood Management and Mitigation, Advanced Water Supply,

answers: NDQ_001769

answers: Water Supply,

answers: NDQ_001770

answers: Flood Management and Mitigation,

answers: NDQ_001771

answers: Coastal Engineering.

answers: NDQ_001772

answers: Wastewater Engineering,

answers: NDQ_001773

answers: Hazadous and Industrial Waste,

answers: NDQ_001774

answers: Wastewater

answers: NDQ_001775

answers: Wastewater Engineering,

answers: NDQ_001776

answers: Air Pollution.

answers: NDQ_001777

answers: Water Resources Planning and Management,

answers: NDQ_001778

answers: Erosion and Sedimentation,

answers: NDQ_001781

answers: Wastewater Engineering,

answers: NDQ_001782

answers: Water Supply,

answers: NDQ_001785

answers: Water Supply, Wastewater Engineering,

answers: NDQ_001787

answers: Groundwater Engineering,

answers: NDQ_001788

answers: Wastewater Engineering,

answers: NDQ_001789

answers: Groundwater,

answers: NDQ_001790

answers: Water Resources Planning and Management,

answers: NDQ_001791

answers: Water Resources Planning and Management,

answers: NDQ_001792

answers: Water Supply,

answers: NDQ_001793

answers: Flood Management and Mitigation, Advanced Water Supply,

answers: NDQ_001794

answers: Groundwater,

answers: NDQ_001795

answers: Flood Management and Mitigation, Advanced Water Supply,

answers: NDQ_001796

answers: Wastewater Engineering,

answers: NDQ_001797

answers: Flood Management and Mitigation, Advanced Water Supply,

answers: NDQ_001798

answers: Flood Management and Mitigation, Advanced Water Supply,

answers: NDQ_001799

answers: Groundwater,

answers: NDQ_001800

answers: Water Resources Planning and Management, Flood Management and Mitigation,

answers: NDQ_001801

answers: Flood Management and Mitigation,

answers: NDQ_001802

answers: Wastewater Engineering, Groundwater,

answers: NDQ_001803

answers: Water Supply,

answers: NDQ_001804

answers: Groundwater,

answers: NDQ_001805

answers: Flood Management and Mitigation,

text: Although the counties are now successfully united under Tampa Bay Water, within the last year there have still been reported water shortages. The region's water supplies have dipped dangerously low and newer stricter precautions have been forced onto citizens for using water. Even with the plans for future water sources, it seems that with the growing population in the region and increasingly dry seasons, water scarcity is still a pressing issue.

text: Although the counties are now successfully united under Tampa Bay Water, within the last year there have still been reported water shortages. The region's water supplies have dipped dangerously low and newer stricter precautions have been forced onto citizens for using water. Even with the plans for future water sources, it seems that with the growing population in the region and increasingly dry seasons, water scarcity is still a pressing issue.

answers: NDQ_001768

answers: water sparingly

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: citizens

answers: NDQ_001773

answers: Which of the following is not a source of water scarcity: agricultural chemicals or dry seasons?

answers: NDQ_001774

answers: is dipped

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: dry seasons

answers: NDQ_001778

answers: growing population

answers: NDQ_001781

answers: is too scarce

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a possible reason for water scarcity?

answers: NDQ_001788

answers: What may be the reason for the water scarcity?

answers: NDQ_001789

answers: Which of the following is not a type of water used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a reason for water scarcity?

answers: NDQ_001797

answers: Which of the following is true of the region?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: increasingly dry seasons

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: Tampa Bay Water

answers: NDQ_001805

answers: water scarcity

answers: NDQ_001768

answers: water.

answers: NDQ_001769

answers: citizens for using water.

answers: NDQ_001770

answers: water shortages.

answers: NDQ_001771

answers: newer stricter precautions have been forced onto citizens for using water.

answers: NDQ_001772

answers: citizens

answers: NDQ_001773

answers: water shortages.

answers: NDQ_001774

answers: stricter precautions have been forced onto citizens for using water.

answers: NDQ_001775

answers: water.

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: growing population in the region and increasingly dry seasons,

answers: NDQ_001778

answers: growing population

answers: NDQ_001781

answers: newer stricter precautions have been forced onto citizens for using water.

answers: NDQ_001782

answers: newer stricter precautions have been forced onto citizens for using water.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: newer stricter precautions

answers: NDQ_001788

answers: water shortages.

answers: NDQ_001789

answers: water.

answers: NDQ_001790

answers: a pressing issue.

answers: NDQ_001791

answers: within the last year there have still been reported water shortages.

answers: NDQ_001792

answers: water scarcity is still a pressing issue.

answers: NDQ_001793

answers: water shortages.

answers: NDQ_001794

answers: water shortages.

answers: NDQ_001795

answers: within the last year there have still been reported water shortages.

answers: NDQ_001796

answers: newer stricter precautions have been forced onto citizens for using water.

answers: NDQ_001797

answers: dry seasons,

answers: NDQ_001798

answers: newer stricter precautions have been forced onto citizens for using water.

answers: NDQ_001799

answers: newer stricter precautions have been forced onto citizens for using water.

answers: NDQ_001800

answers: water shortages.

answers: NDQ_001801

answers: increasingly dry seasons,

answers: NDQ_001802

answers: The region's water supplies have dipped dangerously low

answers: NDQ_001803

answers: future water sources,

answers: NDQ_001804

answers: Tampa Bay Water,

answers: NDQ_001805

answers: water.

text: In the early 1900s, the most significant industries in the watershed of Shamokin Creek were coal mining, foundries, iron works, nail production, agriculture, silk mills, and woolen mills. The creek was also used as water power for several small mills and was used as a water supply for the Pennsylvania Railroad. The Roaring Creek Water Company also used some of its tributaries as water supplies.

text: In the early 1900s, the most significant industries in the watershed of Shamokin Creek were

text: coal mining

text: foundries

text: iron works

text: , nail production,

text: agriculture

text: silk mill

text: s, and

text: woolen mill

text: s. The creek was also used as water power for several small

text: mills

text: and was used as a

text: water supply

text: for the

text: Pennsylvania Railroad

text: . The Roaring Creek Water Company also used some of its tributaries as water supplies.

answers: NDQ_001768

answers: coal mining and foundries

answers: NDQ_001769

answers: The Roaring Creek Water Company

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: None of the above choices.

answers: NDQ_001772

answers: coal mining

answers: NDQ_001773

answers: Which of the following is not a significant industry in the watershed of Shamokin Creek: agriculture, silk mills, or woolen mills?

answers: NDQ_001774

answers: was used as water power for several small mills

answers: NDQ_001775

answers: power for several small mills

answers: NDQ_001776

answers: coal mining

answers: NDQ_001777

answers: tributaries

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: was not used as a water supply

answers: NDQ_001782

answers: Which of the following is not a form of life: coal mining, foundries, iron works, agriculture, silk mills, and woolen mills?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may be the reason for the creek being used as water power for several small mills?

answers: NDQ_001788

answers: What may be a plausible fact about the Roaring Creek Water Company?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or water supplies?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The creek was also used as water power for several small mills

answers: NDQ_001797

answers: How would you describe the climate of Shamokin Creek?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: How would you describe the creek?

answers: NDQ_001800

answers: coal mining

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: in the early 1900s

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: Shamokin Creek

answers: NDQ_001805

answers: coal mining

answers: NDQ_001768

answers: The Roaring Creek Water Company also used some of its tributaries

answers: NDQ_001769

answers: water power for several small mills

answers: NDQ_001770

answers: Shamokin Creek

answers: NDQ_001771

answers: The Roaring Creek Water Company

answers: NDQ_001772

answers: coal mining,

answers: NDQ_001773

answers: agriculture,

answers: NDQ_001774

answers: The Roaring Creek Water Company also used some of its tributaries

answers: NDQ_001775

answers: water power

answers: NDQ_001776

answers: coal mining,

answers: NDQ_001777

answers: tributaries

answers: NDQ_001778

answers: agriculture,

answers: NDQ_001781

answers: The Roaring Creek Water Company also used some of its tributaries

answers: NDQ_001782

answers: agriculture,

answers: NDQ_001785

answers: a water supply for the Pennsylvania Railroad.

answers: NDQ_001787

answers: nail production, agriculture, silk mills, and woolen mills.

answers: NDQ_001788

answers: agriculture,

answers: NDQ_001789

answers: water power for several small mills

answers: NDQ_001790

answers: nail production, agriculture, silk mills, and woolen mills.

answers: NDQ_001791

answers: In the early 1900s,

answers: NDQ_001792

answers: The Roaring Creek Water Company also used some of its tributaries

answers: NDQ_001793

answers: Pennsylvania Railroad.

answers: NDQ_001794

answers: coal mining, foundries, iron works,

answers: NDQ_001795

answers: In the early 1900s,

answers: NDQ_001796

answers: nail production, agriculture, silk mills, and woolen mills.

answers: NDQ_001797

answers: agriculture, silk mills, and woolen mills.

answers: NDQ_001798

answers: In the early 1900s,

answers: NDQ_001799

answers: water power

answers: NDQ_001800

answers: In the early 1900s,

answers: NDQ_001801

answers: In the early 1900s,

answers: NDQ_001802

answers: coal mining,

answers: NDQ_001803

answers: agriculture,

answers: NDQ_001804

answers: The Roaring Creek Water Company

answers: NDQ_001805

answers: coal mining, foundries, iron works, nail production,

text: Under the terms of the East Surrey Water Act 1896, there was some interchange of areas of supply between the two companies, particularly in Banstead, Kingswood and Ewell. Two further Acts were obtained in 1903 and 1906, the latter prohibiting the abstraction of water by any other company within Sutton District Water's area of supply, for sale outside of that area. They next applied to the Board of Trade in 1910 for an Order to allow them to extend their area of supply to include Kingswood. Specific mention was made of two existing pipelines supplying the area, and authorisation for the construction of a third, to a new water tower in Kingswood, was obtained. There was also a general provision to enable them to alter some or all of the provisions of the Acts they had obtained in 1871, 1887, 1903 and 1906. The water tower was built on Tower Road, Tadworth, and enabled them to supply Tadworth and the higher parts of Banstead. When it became surplus to requirements, the water tank was removed from the top and it was converted into a house.

text: Under the terms of the East Surrey Water Act 1896, there was some interchange of areas of supply between the two companies, particularly in Banstead,

text: Kingswood

text: and Ewell. Two further Acts were obtained in 1903 and 1906, the latter prohibiting the abstraction of water by any other company within Sutton District Water's area of supply, for sale outside of that area. They next applied to the Board of Trade in 1910 for an Order to allow them to extend their area of supply to include Kingswood. Specific mention was made of two existing pipelines supplying the area, and authorisation for the construction of a third, to a new water tower in Kingswood, was obtained. There was also a general provision to enable them to alter some or all of the provisions of the Acts they had obtained in 1871, 1887, 1903 and 1906. The water tower was built on Tower Road,

text: Tadworth

text: , and enabled them to supply Tadworth and the higher parts of Banstead. When it became surplus to requirements, the water tank was removed from the top and it was converted into a house.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: for sale outside of that area

answers: NDQ_001770

answers: How many years did the East Surrey Water Act 1896 last?

answers: NDQ_001771

answers: How many years did the East Surrey Water Act 1896 last?

answers: NDQ_001772

answers: Sutton District Water

answers: NDQ_001773

answers: Which of the following is not a product of the East Surrey Water Act 1896?

answers: NDQ_001774

answers: was converted into a house

answers: NDQ_001775

answers: What did the East Surrey Water Act 1896 prohibit?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: the East Surrey Water Act

answers: NDQ_001778

answers: abstraction of water

answers: NDQ_001781

answers: prohibited the abstraction of water

answers: NDQ_001782

answers: What is the purpose of the East Surrey Water Act 1896?

answers: NDQ_001785

answers: How many years did the East Surrey Water Act 1896 last?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many Acts were obtained in 1903 and 1906?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many years did the East Surrey Water Act 1896 last?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many Acts were obtained in 1903 and 1906?

answers: NDQ_001797

answers: How many years did the East Surrey Water Act 1896 last?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What does the East Surrey Water Act 1896 say?

answers: NDQ_001800

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: there was some interchange of areas of supply between the two companies

answers: NDQ_001803

answers: abstraction of water

answers: NDQ_001804

answers: pipelines

answers: NDQ_001805

answers: house

answers: NDQ_001768

answers: East Surrey Water Act 1896,

answers: NDQ_001769

answers: sale

answers: NDQ_001770

answers: house.

answers: NDQ_001771

answers: house.

answers: NDQ_001772

answers: Sutton District Water's

answers: NDQ_001773

answers: East Surrey Water Act 1896,

answers: NDQ_001774

answers: the water tank was removed from the top

answers: NDQ_001775

answers: sale

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: East Surrey Water Act 1896, there was some interchange of areas of supply

answers: NDQ_001778

answers: abstraction of water

answers: NDQ_001781

answers: sale outside of that area.

answers: NDQ_001782

answers: East Surrey Water Act 1896,

answers: NDQ_001785

answers: East Surrey Water Act 1896,

answers: NDQ_001787

answers: East Surrey Water Act 1896,

answers: NDQ_001788

answers: East Surrey Water Act 1896,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: East Surrey Water Act 1896,

answers: NDQ_001791

answers: East Surrey Water Act 1896,

answers: NDQ_001792

answers: East Surrey Water Act 1896,

answers: NDQ_001793

answers: East Surrey Water Act 1896,

answers: NDQ_001794

answers: East Surrey Water Act 1896,

answers: NDQ_001795

answers: East Surrey Water Act 1896,

answers: NDQ_001796

answers: East Surrey Water Act 1896,

answers: NDQ_001797

answers: East Surrey Water Act 1896,

answers: NDQ_001798

answers: East Surrey Water Act 1896,

answers: NDQ_001799

answers: East Surrey Water Act 1896,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: East Surrey Water Act 1896,

answers: NDQ_001802

answers: East Surrey Water Act 1896,

answers: NDQ_001803

answers: pipelines

answers: NDQ_001804

answers: pipelines

answers: NDQ_001805

answers: house.

text: Whitefield suffers from water shortages especially during summer months as the whole region relies almost entirely on groundwater. With the increase in housing and office space, the demand has been multiplying over the years, and groundwater depletion has been worsening alarmingly. BWSSB is supplying the region with water under the Cauvery Water Supply Scheme Stage IV, Phase II. BWSSB has been granted Rs.1000 crore for water projects in 2012 including supplying water to areas of Greater Bangalore which includes Whitefield.

text: Whitefield suffers from water shortages especially during summer months as the whole region relies almost entirely on groundwater. With the increase in housing and office space, the demand has been multiplying over the years, and groundwater depletion has been worsening alarmingly.

entity_name: Bangalore Water Supply and Sewerage Board

text: BWSSB

text: is supplying the region with water under the Cauvery Water Supply Scheme Stage IV, Phase II.

text: BWSSB

text: has been granted Rs.1000 crore for water projects in 2012 including supplying water to areas of Greater Bangalore which includes Whitefield.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: housing and office space

answers: NDQ_001770

answers: groundwater depletion

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: groundwater

answers: NDQ_001773

answers: Which of the following is not a product of BWSSB: Cauvery Water Supply Scheme Stage IV, Phase II?

answers: NDQ_001774

answers: groundwater depletion

answers: NDQ_001775

answers: office space

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: increase in housing and office space

answers: NDQ_001781

answers: groundwater depletion

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason for groundwater depletion?

answers: NDQ_001788

answers: None of the above choices are true

answers: NDQ_001789

answers: Which of the following is not a source of water: groundwater or groundwater depletion?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or groundwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason for groundwater depletion?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: summer months

answers: NDQ_001802

answers: groundwater depletion has been worsening

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: Cauvery Water Supply Scheme

answers: NDQ_001805

answers: groundwater

answers: NDQ_001768

answers: groundwater.

answers: NDQ_001769

answers: housing and office space,

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: summer months

answers: NDQ_001772

answers: groundwater.

answers: NDQ_001773

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001774

answers: groundwater depletion

answers: NDQ_001775

answers: office space,

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: groundwater.

answers: NDQ_001778

answers: housing and office space,

answers: NDQ_001781

answers: groundwater.

answers: NDQ_001782

answers: groundwater.

answers: NDQ_001785

answers: water shortages especially during summer months

answers: NDQ_001787

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001788

answers: groundwater.

answers: NDQ_001789

answers: groundwater.

answers: NDQ_001790

answers: Whitefield suffers from water shortages

answers: NDQ_001791

answers: groundwater.

answers: NDQ_001792

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001793

answers: groundwater.

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001796

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001797

answers: summer months as the whole region relies almost entirely on groundwater.

answers: NDQ_001798

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001799

answers: groundwater.

answers: NDQ_001800

answers: groundwater depletion

answers: NDQ_001801

answers: summer months

answers: NDQ_001802

answers: groundwater depletion has been worsening alarmingly.

answers: NDQ_001803

answers: groundwater.

answers: NDQ_001804

answers: Cauvery Water Supply Scheme

answers: NDQ_001805

answers: groundwater.

text: A crisis point was reached in the mid 19th century with biology proving outbreaks of cholera and other disease arose from commercial extraction of water from the Tideway, where the city once had its main filter beds and purification buildings. The Metropolis Water Act 1852 allowed all water extractors three years to find wells or non-tidal sources. London's water businesses (known also as undertakings) nationalised as the Metropolitan Water Board and then re-privatised. The population of Greater London is currently supplied by four private companies: Thames Water, Affinity Water, Essex and Suffolk Water and Sutton and East Surrey Water.

text: A crisis point was reached in the mid 19th century with

text: biology

text: proving outbreaks of

text: cholera and other disease

text: arose from commercial extraction of water from the

text: Tideway

text: , where the city once had its main filter beds and purification buildings. The

text: Metropolis Water Act 1852

text: allowed all water extractors three years to find wells or non-tidal sources. London's water businesses (known also as undertakings) nationalised as the

text: Metropolitan Water Board

text: and then re-privatised. The population of

text: Greater London

text: is currently supplied by four private companies:

text: Thames Water

text: Affinity Water

text: Essex and Suffolk Water

text: and

text: Sutton and East Surrey Water

answers: NDQ_001768

answers: tidal sources

answers: NDQ_001769

answers: commercial extraction

answers: NDQ_001770

answers: cholera

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: private companies

answers: NDQ_001773

answers: Which of the following is not a source of water: Thames Water, Affinity Water, Essex and Suffolk Water or Sutton and East Surrey Water?

answers: NDQ_001774

answers: commercial extraction

answers: NDQ_001775

answers: Purification

answers: NDQ_001776

answers: cholera

answers: NDQ_001777

answers: private companies

answers: NDQ_001778

answers: commercial extraction of water

answers: NDQ_001781

answers: London's water businesses

answers: NDQ_001782

answers: Why did the Metropolis Water Act 1852 allow all water extractors three years to find wells or non-tidal sources

answers: NDQ_001785

answers: How many years did it take for London's water businesses to find wells or non-tidal sources?

answers: NDQ_001787

answers: Which of the following is not a private company: Thames Water, Affinity Water, Essex and Suffolk Water and Sutton and East Surrey Water?

answers: NDQ_001788

answers: How many private companies supply Greater London?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or wells?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many private companies supply the population of Greater London?

answers: NDQ_001797

answers: How many private companies supply the population of Greater London?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: A crisis point was reached in the mid 19th century

answers: NDQ_001802

answers: A crisis point was reached in the mid 19th century

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Tideway

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: wells or non-tidal sources.

answers: NDQ_001769

answers: main filter beds and purification buildings.

answers: NDQ_001770

answers: cholera

answers: NDQ_001771

answers: commercial extraction of water from the Tideway,

answers: NDQ_001772

answers: commercial extraction of water from the Tideway,

answers: NDQ_001773

answers: cholera and other disease arose from commercial extraction of water

answers: NDQ_001774

answers: Tideway,

answers: NDQ_001775

answers: purification buildings.

answers: NDQ_001776

answers: cholera

answers: NDQ_001777

answers: four private companies:

answers: NDQ_001778

answers: commercial extraction of water from the Tideway,

answers: NDQ_001781

answers: cholera and other disease

answers: NDQ_001782

answers: biology proving outbreaks of cholera and other disease

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: outbreaks of cholera and other disease

answers: NDQ_001788

answers: commercial extraction of water from the Tideway,

answers: NDQ_001789

answers: The Metropolis Water Act 1852

answers: NDQ_001790

answers: A crisis point was reached in the mid 19th century

answers: NDQ_001791

answers: water from the Tideway,

answers: NDQ_001792

answers: water from the Tideway,

answers: NDQ_001793

answers: wells or non-tidal sources.

answers: NDQ_001794

answers: wells

answers: NDQ_001795

answers: The Metropolis Water Act 1852

answers: NDQ_001796

answers: cholera

answers: NDQ_001797

answers: water from the Tideway,

answers: NDQ_001798

answers: The Metropolis Water Act 1852

answers: NDQ_001799

answers: non-tidal

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: A crisis point was reached in the mid 19th century

answers: NDQ_001802

answers: cholera and other disease

answers: NDQ_001803

answers: wells or non-tidal sources.

answers: NDQ_001804

answers: Tideway,

answers: NDQ_001805

answers: commercial extraction of water from the Tideway,

text: The most common technology options for rural water supply are protected springs, boreholes, protected wells, and gravity flow schemes. Those who do not have access to an improved source of water supply have to rely on unsafe sources such as rivers, lakes, and unprotected wells. One consequence of poor access and/or quality is that water-borne diseases are a main cause of infant mortality. Access to functioning water sources varies considerably among districts, from 12% to 95%.

text: The most common technology options for rural water supply are protected

text: springs

text: boreholes

text: , protected

text: wells

text: , and gravity flow schemes. Those who do not have access to an improved source of water supply have to rely on unsafe sources such as rivers, lakes, and unprotected wells. One consequence of poor access and/or quality is that

text: water-borne diseases

text: are a main cause of

text: infant mortality

text: . Access to functioning water sources varies considerably among districts, from 12% to 95%.

answers: NDQ_001768

answers: unprotected wells

answers: NDQ_001769

answers: rural water supply

answers: NDQ_001770

answers: infant mortality

answers: NDQ_001771

answers: boreholes

answers: NDQ_001772

answers: rural people

answers: NDQ_001773

answers: What are the most common technology options for rural water supply?

answers: NDQ_001774

answers: unsafe sources

answers: NDQ_001775

answers: a variety of purposes

answers: NDQ_001776

answers: water-borne diseases

answers: NDQ_001777

answers: Access to functioning water sources

answers: NDQ_001778

answers: unprotected wells

answers: NDQ_001781

answers: unsafe sources

answers: NDQ_001782

answers: What is the most common technology option for rural water supply?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a technology option for rural water supply?

answers: NDQ_001788

answers: unprotected wells

answers: NDQ_001789

answers: What is the most common technology option for rural water supply?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: unprotected wells

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: protected springs

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the consequence of poor access and/or quality?

answers: NDQ_001797

answers: Which of the following is not a source of water supply: rivers, lakes, or unprotected wells?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is the most common technology option for rural water supply?

answers: NDQ_001800

answers: water-borne diseases

answers: NDQ_001801

answers: can cause infant mortality

answers: NDQ_001802

answers: poor access and/or quality

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: boreholes

answers: NDQ_001805

answers: infant mortality

answers: NDQ_001768

answers: unsafe sources such as rivers, lakes, and unprotected wells.

answers: NDQ_001769

answers: districts,

answers: NDQ_001770

answers: infant mortality.

answers: NDQ_001771

answers: gravity flow schemes.

answers: NDQ_001772

answers: rural

answers: NDQ_001773

answers: water-borne diseases are a main cause of infant mortality.

answers: NDQ_001774

answers: unsafe sources such as rivers, lakes, and unprotected wells.

answers: NDQ_001775

answers: water-borne diseases are a main cause of infant mortality.

answers: NDQ_001776

answers: water-borne diseases

answers: NDQ_001777

answers: Access to functioning water sources varies considerably among districts,

answers: NDQ_001778

answers: rivers, lakes, and unprotected wells.

answers: NDQ_001781

answers: unsafe sources such as rivers, lakes, and unprotected wells.

answers: NDQ_001782

answers: water-borne diseases are a main cause of infant mortality.

answers: NDQ_001785

answers: water-borne diseases are a main cause of infant mortality.

answers: NDQ_001787

answers: gravity flow schemes.

answers: NDQ_001788

answers: gravity flow schemes.

answers: NDQ_001789

answers: gravity flow schemes.

answers: NDQ_001790

answers: 12% to 95%.

answers: NDQ_001791

answers: 12% to 95%.

answers: NDQ_001792

answers: protected springs,

answers: NDQ_001793

answers: 12% to 95%.

answers: NDQ_001794

answers: springs, boreholes, protected wells, and gravity flow schemes.

answers: NDQ_001795

answers: 12% to 95%.

answers: NDQ_001796

answers: poor access

answers: NDQ_001797

answers: rivers, lakes, and unprotected wells.

answers: NDQ_001798

answers: springs, boreholes, protected wells, and gravity flow schemes.

answers: NDQ_001799

answers: gravity flow schemes.

answers: NDQ_001800

answers: water-borne diseases are a main cause of infant mortality.

answers: NDQ_001801

answers: water-borne diseases are a main cause of infant mortality.

answers: NDQ_001802

answers: 12% to 95%.

answers: NDQ_001803

answers: gravity flow schemes.

answers: NDQ_001804

answers: boreholes, protected wells, and gravity flow schemes.

answers: NDQ_001805

answers: water-borne diseases are a main cause of infant mortality.

text: In 2006 the Sri Lankan government developed a new plan to supply water to Jaffna peninsula, the Jaffna and Kilinochchi Water Supply and Sanitation Project, which involved drawing water from Iranamadu Tank and transferring via pipeline to the peninsula. However, to ensure that farmers in Kilinochchi District continued to receive adequate supplies of water for irrigation, the tank bund would be repaired and raised by 2 feet to store and extract an additional 27,000m of water a day. A new raw water intake would be constructed near the tank's left bank main channel sluice. The raw water would then flow, under the influence of gravity, from the tank to Paranthan via a new 12 km 800mm diameter ductile iron pipe located alongside the existing left bank irrigation channel. From Paranthan the raw water would flow, under the influence of gravity, to Pallai via a new 20.5 km 600mm diameter high-density polyethylene (HDPE) pipe located alongside the A9 highway. At Pallai the raw water would be treated at a new water treatment plant before being pumped, via 45 km 600mm diameter ductile iron treated water main running alongside existing roads, to 17 new and 11 refurbished elevated water towers on the peninsula, and ground sumps at Kaddudai and Araliturai. The water towers will supply water, via 520 km 63-300mm diameter unplasticized polyvinyl chloride (uPVC)/medium-density polyethylene (MDPE) pipes, to Chavakachcheri, Jaffna, Kodikamam, Kopay, Navatkuli and Pallai. The ground sump at Kaddudai will pump water, via transmission mains, to Karaitivu and Velanaitivu. The ground sump at Araliturai on Velanaitivu will then pump water, via transmission mains, onto Pungudutivu, Mandativu, Nainativu, Analativu and Eluvaitivu.

text: In 2006 the Sri Lankan government developed a new plan to supply water to Jaffna peninsula, the Jaffna and Kilinochchi Water Supply and Sanitation Project, which involved drawing water from Iranamadu Tank and transferring via pipeline to the peninsula. However, to ensure that farmers in Kilinochchi District continued to receive adequate supplies of water for irrigation, the tank bund would be repaired and raised by 2 feet to store and extract an additional 27,000m of water a day. A new

text: raw water

text: intake would be constructed near the tank's left bank main channel sluice. The raw water would then flow, under the influence of gravity, from the tank to

text: Paranthan

text: via a new 12 km 800mm diameter

text: ductile iron

text: pipe located alongside the existing left bank irrigation channel. From Paranthan the raw water would flow, under the influence of gravity, to

text: Pallai

text: via a new 20.5 km 600mm diameter

text: high-density polyethylene

text: (HDPE) pipe located alongside the

text: A9 highway

text: . At Pallai the raw water would be

text: treated

text: at a new water treatment plant before being pumped, via 45 km 600mm diameter ductile iron treated water main running alongside existing roads, to 17 new and 11 refurbished elevated

text: water tower

text: s on the peninsula, and ground

text: sump

text: s at Kaddudai and Araliturai. The water towers will supply water, via 520 km 63-300mm diameter unplasticized

text: polyvinyl chloride

text: (uPVC)/

text: medium-density polyethylene

text: (MDPE) pipes, to

text: Chavakachcheri

text: Jaffna

text: , Kodikamam,

text: Kopay

text: , Navatkuli and Pallai. The ground sump at Kaddudai will pump water, via transmission mains, to

text: Karaitivu

text: and

text: Velanaitivu

text: . The ground sump at Araliturai on Velanaitivu will then pump water, via transmission mains, onto

text: Pungudutivu

text: Mandativu

text: Nainativu

text: Analativu

text: and

text: Eluvaitivu

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: Municipal use of water

answers: NDQ_001770

answers: A9 highway

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: swimming, fishing, or boating?

answers: NDQ_001772

answers: farmers

answers: NDQ_001773

answers: Which of the following is not a type of chemical: uPVC/medium-density polyethylene or MDPE?

answers: NDQ_001774

answers: is treated at a water treatment plant

answers: NDQ_001775

answers: What is the main purpose of the water treatment plant?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the amount of available water

answers: NDQ_001778

answers: farmers in Kilinochchi District continued to receive adequate supplies of water for irrigation

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The ground sump at Kaddudai will pump water

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Iranamadu Tank

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many children died from waterborne diseases in the Sri Lankan government?

answers: NDQ_001797

answers: How many feet would the tank bund be raised by 2 feet?

answers: NDQ_001798

answers: how many feet

answers: NDQ_001799

answers: What is safe to drink if it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: unplasticized polyvinyl chloride (uPVC)/medium-density polyethylene (MDPE) pipes

answers: NDQ_001803

answers: ground sump

answers: NDQ_001804

answers: ground sump at Kaddudai

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: elevated water towers

answers: NDQ_001769

answers: irrigation,

answers: NDQ_001770

answers: existing roads,

answers: NDQ_001771

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001772

answers: farmers

answers: NDQ_001773

answers: 520

answers: NDQ_001774

answers: roads,

answers: NDQ_001775

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: gravity,

answers: NDQ_001778

answers: elevated water towers

answers: NDQ_001781

answers: farmers in Kilinochchi District continued to receive adequate supplies of water

answers: NDQ_001782

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001785

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001787

answers: unplasticized polyvinyl chloride

answers: NDQ_001788

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001789

answers: water towers

answers: NDQ_001790

answers: water treatment plant

answers: NDQ_001791

answers: water treatment plant

answers: NDQ_001792

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001793

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001794

answers: ground sumps

answers: NDQ_001795

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001796

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001797

answers: water treatment plant

answers: NDQ_001798

answers: water treatment plant

answers: NDQ_001799

answers: water treatment plant

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 17 new and 11 refurbished elevated water towers

answers: NDQ_001802

answers: 63-300mm diameter unplasticized polyvinyl chloride

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: ground sumps

answers: NDQ_001805

answers: irrigation,

text: Fresh water supply for the region is provided from a number of sources, which are managed by the Hunter Water and State Water Corporations. State Water Corporation's dams supply water for irrigation, industrial use at coal mines and the region's coal-fired power stations and town water to upper Hunter Region towns. Hunter Water Corporation's dams supply the large urban population of more than 500,000 living near the coast and centered on the cities of Newcastle and Lake Macquarie.

text: Fresh water supply for the region is provided from a number of sources, which are managed by the Hunter Water and State Water Corporations. State Water Corporation's dams supply water for irrigation, industrial use at coal mines and the region's coal-fired power stations and town water to upper Hunter Region towns. Hunter Water Corporation's dams supply the large urban population of more than 500,000 living near the coast and centered on the cities of Newcastle and Lake Macquarie.

answers: NDQ_001768

answers: irrigation

answers: NDQ_001769

answers: town water

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: Lake Macquarie

answers: NDQ_001772

answers: irrigation

answers: NDQ_001773

answers: What type of chemicals are used in irrigation?

answers: NDQ_001774

answers: irrigation

answers: NDQ_001775

answers: coal mines

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: a number of sources

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: unsuitable for farming

answers: NDQ_001782

answers: Which of the following is not a source of fresh water: irrigation, industrial use at coal mines, or town water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices are available

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or dams?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a source of fresh water for the region?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: dams

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: coal-fired power stations

answers: NDQ_001769

answers: town water to upper Hunter Region towns.

answers: NDQ_001770

answers: coal-fired power stations

answers: NDQ_001771

answers: irrigation,

answers: NDQ_001772

answers: industrial use at coal mines

answers: NDQ_001773

answers: State Water Corporation's dams supply water

answers: NDQ_001774

answers: industrial use at coal mines

answers: NDQ_001775

answers: coal mines and the region's coal-fired power stations

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: a number of sources,

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: State Water Corporation's dams supply water for irrigation,

answers: NDQ_001782

answers: Fresh water

answers: NDQ_001785

answers: 500,000

answers: NDQ_001787

answers: State Water Corporation's dams supply water for irrigation,

answers: NDQ_001788

answers: State Water Corporation's dams supply water for irrigation,

answers: NDQ_001789

answers: coal-fired power stations

answers: NDQ_001790

answers: Hunter Water and State Water Corporations.

answers: NDQ_001791

answers: 500,000

answers: NDQ_001792

answers: Fresh water supply for the region is provided from a number of sources,

answers: NDQ_001793

answers: Hunter Water and State Water Corporations.

answers: NDQ_001794

answers: coal mines

answers: NDQ_001795

answers: 500,000

answers: NDQ_001796

answers: Hunter Water and State Water Corporations.

answers: NDQ_001797

answers: Hunter Water Corporation's dams supply the large urban population

answers: NDQ_001798

answers: 500,000

answers: NDQ_001799

answers: irrigation,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 500,000

answers: NDQ_001802

answers: coal-fired power stations

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: dams

answers: NDQ_001805

answers: coal-fired power stations

text: Although it was becoming evident that water could no longer be considered an infinite resource, as had been the case in the 1950s when there were fewer people on the planet, no one knew just how scarce the resource was. This prompted IWMI to try to find out. Its research culminated in publication of Water for food, Water for life: A comprehensive assessment of water management in agriculture. A map within the report showed that a third of the world’s population already suffered from ‘water scarcity’. The report defined physical water scarcity, as being where there are insufficient water resources to meet the demands of the population, and economic water scarcity as where water requirements are not satisfied because of a lack of investment in water or human capacity.

text: Although it was becoming evident that water could no longer be considered an infinite resource, as had been the case in the 1950s when there were fewer people on the planet, no one knew just how scarce the resource was. This prompted IWMI to try to find out. Its research culminated in publication of Water for food, Water for life: A comprehensive assessment of water management in agriculture. A map within the report showed that a third of the world’s population already suffered from ‘water scarcity’. The report defined

text: physical water scarcity

text: , as being where there are insufficient water resources to meet the demands of the population, and

text: economic water scarcity

text: as where water requirements are not satisfied because of a lack of investment in water or human capacity.

answers: NDQ_001768

answers: water for food, Water for life

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: water skiing, water skiing, and water skiing

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of water scarcity: physical water scarcity, economic water scarcity or human capacity?

answers: NDQ_001774

answers: lacks investment

answers: NDQ_001775

answers: food, Water for life

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: physical water scarcity

answers: NDQ_001778

answers: lack of investment in water or human capacity

answers: NDQ_001781

answers: economic water scarcity

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a reason for water scarcity?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of water scarcity: physical, economic or human?

answers: NDQ_001797

answers: Which of the following is not a type of scarcity: physical, economic or human?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: Which of the following is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: water scarcity, as being where there are insufficient water resources

answers: NDQ_001802

answers: a third of the world’s population already suffered from ‘water scarcity’

answers: NDQ_001803

answers: water management in agriculture

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: a third of the world’s population already suffered from ‘water scarcity’.

answers: NDQ_001769

answers: agriculture.

answers: NDQ_001770

answers: ‘water scarcity’.

answers: NDQ_001771

answers: Water for food,

answers: NDQ_001772

answers: agriculture.

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: economic water scarcity

answers: NDQ_001775

answers: food,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: demands of the population,

answers: NDQ_001778

answers: lack of investment

answers: NDQ_001781

answers: lack of investment in water or human capacity.

answers: NDQ_001782

answers: water

answers: NDQ_001785

answers: Water for food,

answers: NDQ_001787

answers: Water for food, Water for life:

answers: NDQ_001788

answers: water management in agriculture.

answers: NDQ_001789

answers: Water for food, Water for life:

answers: NDQ_001790

answers: a third of the world’s population already suffered from ‘water scarcity’.

answers: NDQ_001791

answers: a third of the world’s population already suffered from ‘water scarcity’.

answers: NDQ_001792

answers: water

answers: NDQ_001793

answers: a third of the world’s population already suffered from ‘water scarcity’.

answers: NDQ_001794

answers: a third of the world’s population already suffered from ‘water scarcity’.

answers: NDQ_001795

answers: a third of the world’s population already suffered from ‘water scarcity’.

answers: NDQ_001796

answers: ‘water scarcity’.

answers: NDQ_001797

answers: physical water scarcity,

answers: NDQ_001798

answers: 1950s

answers: NDQ_001799

answers: Water for food, Water for life:

answers: NDQ_001800

answers: ‘water scarcity’.

answers: NDQ_001801

answers: ‘water scarcity’.

answers: NDQ_001802

answers: a third of the world’s population already suffered from ‘water scarcity’.

answers: NDQ_001803

answers: investment in water

answers: NDQ_001804

answers: agriculture.

answers: NDQ_001805

answers: food,

text: Levels of productivity, particularly in parts of sub-Saharan Africa and South Asia, are low due to degraded soils, high levels of evaporation, droughts, floods and a general lack of effective water management. A major study into water use by agriculture, known as the Comprehensive Assessment of Water Management in Agriculture, coordinated by the International Water Management Institute, noted a close correlation between hunger, poverty and water. However, it concluded that there was much opportunity to raise productivity from rainfed farming.

text: Levels of productivity, particularly in parts of sub-Saharan Africa and South Asia, are low due to

text: degraded soils

text: , high levels of

text: evaporation

text: drought

text: s,

text: flood

text: s and a general lack of effective

text: water management

text: . A major study into water use by agriculture, known as the

entity_name: Comprehensive Assessment of Water Management in Agriculture

text: Comprehensive Assessment of Water Management in Agriculture

text: , coordinated by the

entity_name: International Water Management Institute

text: International Water Management Institute

text: , noted a close correlation between

text: hunger

text: poverty

text: and

text: water

text: . However, it concluded that there was much opportunity to raise productivity from rainfed farming.

answers: NDQ_001768

answers: degraded soils

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: degraded soils

answers: NDQ_001771

answers: evaporation

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a cause of low productivity: degraded soils, high levels of evaporation, droughts, floods and a general lack of effective water management?

answers: NDQ_001774

answers: degraded soils

answers: NDQ_001775

answers: high levels of evaporation

answers: NDQ_001776

answers: degraded soils

answers: NDQ_001777

answers: degraded soils

answers: NDQ_001778

answers: degraded soils

answers: NDQ_001781

answers: degraded soils

answers: NDQ_001782

answers: Which of the following is not a form of life: hunger, poverty and water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason for low productivity: degraded soils, high levels of evaporation, droughts, floods and a general lack of effective water management?

answers: NDQ_001788

answers: high levels of evaporation

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Why are levels of productivity, particularly in parts of sub-Saharan Africa and South Asia, are low?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: degraded soils

answers: NDQ_001797

answers: Why are levels of productivity, particularly in parts of sub-Saharan Africa and South Asia, are low due to degraded soils?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: degraded soils

answers: NDQ_001803

answers: rainfed

answers: NDQ_001804

answers: rainfed farming

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: rainfed farming.

answers: NDQ_001769

answers: agriculture,

answers: NDQ_001770

answers: hunger, poverty

answers: NDQ_001771

answers: rainfed farming.

answers: NDQ_001772

answers: agriculture,

answers: NDQ_001773

answers: degraded soils,

answers: NDQ_001774

answers: evaporation,

answers: NDQ_001775

answers: agriculture,

answers: NDQ_001776

answers: degraded soils,

answers: NDQ_001777

answers: degraded soils,

answers: NDQ_001778

answers: high levels of evaporation,

answers: NDQ_001781

answers: evaporation,

answers: NDQ_001782

answers: hunger, poverty and water.

answers: NDQ_001785

answers: hunger, poverty and water.

answers: NDQ_001787

answers: rainfed farming.

answers: NDQ_001788

answers: rainfed farming.

answers: NDQ_001789

answers: rainfed farming.

answers: NDQ_001790

answers: rainfed farming.

answers: NDQ_001791

answers: Comprehensive Assessment of Water Management in Agriculture, coordinated by the International Water Management Institute,

answers: NDQ_001792

answers: sub-Saharan Africa and South Asia,

answers: NDQ_001793

answers: rainfed farming.

answers: NDQ_001794

answers: degraded soils,

answers: NDQ_001795

answers: sub-Saharan Africa and South Asia,

answers: NDQ_001796

answers: droughts, floods and a general lack of effective water management.

answers: NDQ_001797

answers: droughts, floods and a general lack of effective water management.

answers: NDQ_001798

answers: rainfed farming.

answers: NDQ_001799

answers: rainfed farming.

answers: NDQ_001800

answers: water management.

answers: NDQ_001801

answers: droughts,

answers: NDQ_001802

answers: degraded soils,

answers: NDQ_001803

answers: rainfed farming.

answers: NDQ_001804

answers: rainfed farming.

answers: NDQ_001805

answers: rainfed farming.

text: Methodologies and data sources. The Joint Monitoring Program for Water Supply and Sanitation (JMP) of WHO and UNICEF, which is the internationally accepted source for the measurement to attain the Millennium Development Goals (MDGs) for water supply and sanitation, relies on the compilation of various surveys (Demographic and Health Surveys (DHS), Multiple Cluster Indicators Surveys (MCIS)) to establish access rates. These surveys typically assess the availability of infrastructure, not service quality. The 2008 estimates for Burkina Faso thus indicate access rates to an improved water source of 95 percent in urban areas and 72 percent in rural areas. The Government relies on an entirely different approach, based on the concept of "reasonable access". This concept differs from the JMP approach by taking into account aspects of service quality, such as waiting time and water quality. According to the government approach, the water access rates in 2005 were lower than under the JMP approach, standing at 74 percent in urban areas and 60 percent in rural areas. While the “reasonable access” approach is more sophisticated, it also faces greater challenges in terms of availability of data.

text: Methodologies and data sources. The

text: Joint Monitoring Program for Water Supply and Sanitation

text: (JMP) of

text: WHO

text: and

text: UNICEF

text: , which is the internationally accepted source for the measurement to attain the

text: Millennium Development Goal

text: s (MDGs) for water supply and sanitation, relies on the compilation of various surveys (

text: Demographic and Health Survey

text: s (DHS), Multiple Cluster Indicators Surveys (MCIS)) to establish access rates. These surveys typically assess the availability of infrastructure, not service quality. The 2008 estimates for Burkina Faso thus indicate access rates to an improved water source of 95 percent in urban areas and 72 percent in rural areas. The Government relies on an entirely different approach, based on the concept of "reasonable access". This concept differs from the JMP approach by taking into account aspects of service quality, such as waiting time and water quality. According to the government approach, the water access rates in 2005 were lower than under the JMP approach, standing at 74 percent in urban areas and 60 percent in rural areas. While the “reasonable access” approach is more sophisticated, it also faces greater challenges in terms of availability of data.

answers: NDQ_001768

answers: urban areas and rural areas

answers: NDQ_001769

answers: What does "reasonable access" mean?

answers: NDQ_001770

answers: What is a problem with irrigation water

answers: NDQ_001771

answers: How many percent of urban areas had access to an improved water source in 2008?

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: Agricultural chemicals include pesticides, herbicides, fertilizers, and pesticides.

answers: NDQ_001774

answers: rural areas

answers: NDQ_001775

answers: How is water used in industry?

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: infrastructure

answers: NDQ_001778

answers: urban areas

answers: NDQ_001781

answers: urban areas

answers: NDQ_001782

answers: What are the MDGs for water supply and sanitation?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: access rates to an improved water source of 95 percent in urban areas and 72 percent in rural areas

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: The Joint Monitoring Program for Water Supply and Sanitation

answers: NDQ_001793

answers: access rates to an improved water source

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: access rates to an improved water source

answers: NDQ_001796

answers: The Joint Monitoring Program for Water Supply and Sanitation (JMP) of WHO and UNICEF

answers: NDQ_001797

answers: How does the government approach differ from the JMP approach?

answers: NDQ_001798

answers: access rates to an improved water source of 95 percent in urban areas and 72 percent in rural areas

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water supply and sanitation

answers: NDQ_001801

answers: 2008 estimates for Burkina Faso thus indicate access rates

answers: NDQ_001802

answers: According to the government approach, the water access rates in 2005 were lower than under the JMP approach

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: infrastructure

answers: NDQ_001805

answers: sanitation

answers: NDQ_001768

answers: "reasonable access".

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: waiting time and water quality.

answers: NDQ_001771

answers: "reasonable access".

answers: NDQ_001772

answers: Burkina Faso

answers: NDQ_001773

answers: The Joint Monitoring Program for Water Supply and Sanitation

answers: NDQ_001774

answers: service quality.

answers: NDQ_001775

answers: The Joint Monitoring Program for Water Supply and Sanitation

answers: NDQ_001776

answers: Water Supply and Sanitation

answers: NDQ_001777

answers: infrastructure,

answers: NDQ_001778

answers: waiting time and water quality.

answers: NDQ_001781

answers: waiting time and water quality.

answers: NDQ_001782

answers: "reasonable access".

answers: NDQ_001785

answers: "reasonable access".

answers: NDQ_001787

answers: "reasonable access".

answers: NDQ_001788

answers: "reasonable access".

answers: NDQ_001789

answers: "reasonable access".

answers: NDQ_001790

answers: "reasonable access".

answers: NDQ_001791

answers: 74 percent in urban areas and 60 percent in rural areas.

answers: NDQ_001792

answers: Burkina Faso

answers: NDQ_001793

answers: 95 percent in urban areas and 72 percent in rural areas.

answers: NDQ_001794

answers: "reasonable access".

answers: NDQ_001795

answers: "reasonable access".

answers: NDQ_001796

answers: "reasonable access".

answers: NDQ_001797

answers: 72 percent in rural areas.

answers: NDQ_001798

answers: "reasonable access".

answers: NDQ_001799

answers: "reasonable access".

answers: NDQ_001800

answers: Water Supply and Sanitation

answers: NDQ_001801

answers: 2005

answers: NDQ_001802

answers: 95 percent in urban areas and 72 percent in rural areas.

answers: NDQ_001803

answers: improved water source

answers: NDQ_001804

answers: Multiple Cluster Indicators Surveys

answers: NDQ_001805

answers: Sanitation

text: Water deficits, which are already spurring heavy grain imports in numerous smaller countries, may soon do the same in larger countries, such as China and India. The water tables are falling in scores of countries (including Northern China, the US, and India) due to widespread overpumping using powerful diesel and electric pumps. Other countries affected include Pakistan, Iran, and Mexico. This will eventually lead to water scarcity and cutbacks in grain harvest. Even with the overpumping of its aquifers, China is developing a grain deficit. When this happens, it will almost certainly drive grain prices upward. Most of the 3 billion people projected to be added worldwide by mid-century will be born in countries already experiencing water shortages. Unless population growth can be slowed quickly, it is feared that there may not be a practical non-violent or humane solution to the emerging world water shortage.

text: Water deficits, which are already spurring heavy grain imports in numerous smaller countries, may soon do the same in larger countries, such as

text: China

text: and

text: India

text: . The water tables are falling in scores of countries (including Northern China, the US, and India) due to widespread overpumping using powerful diesel and electric pumps. Other countries affected include

text: Pakistan

text: Iran

text: , and

text: Mexico

text: . This will eventually lead to water scarcity and cutbacks in grain harvest. Even with the overpumping of its

text: aquifers

text: , China is developing a grain deficit. When this happens, it will almost certainly drive grain prices upward. Most of the 3 billion people projected to be added worldwide by mid-century will be born in countries already experiencing water shortages. Unless population growth can be slowed quickly, it is feared that there may not be a practical non-violent or humane solution to the emerging world water shortage.

answers: NDQ_001768

answers: diesel and electric pumps

answers: NDQ_001769

answers: what is the first country mentioned?

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: What are some examples of recreational uses of water?

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: Which of the following is not a country: China, the US, or India?

answers: NDQ_001774

answers: overpumping

answers: NDQ_001775

answers: grain harvest

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: overpumping

answers: NDQ_001778

answers: overpumping

answers: NDQ_001781

answers: overpumping

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or crops?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a country affected by widespread overpumping using powerful diesel and electric pumps?

answers: NDQ_001788

answers: Why are the water tables falling in scores of countries due to widespread overpumping?

answers: NDQ_001789

answers: Which of the following is not a type of pump: diesel or electric?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many billion people will be added worldwide by mid-century?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: aquifers

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a country: Pakistan, Iran, or India?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Which of the following is not a type of pump: diesel or electric?

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: water scarcity

answers: NDQ_001802

answers: widespread overpumping

answers: NDQ_001803

answers: overpumping

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: population growth can be slowed quickly

answers: NDQ_001768

answers: powerful diesel and electric pumps.

answers: NDQ_001769

answers: overpumping

answers: NDQ_001770

answers: water scarcity and cutbacks in grain harvest.

answers: NDQ_001771

answers: overpumping

answers: NDQ_001772

answers: China and India.

answers: NDQ_001773

answers: Water deficits, which are already spurring heavy grain imports

answers: NDQ_001774

answers: overpumping

answers: NDQ_001775

answers: grain imports

answers: NDQ_001776

answers: Water deficits,

answers: NDQ_001777

answers: population growth

answers: NDQ_001778

answers: overpumping

answers: NDQ_001781

answers: overpumping

answers: NDQ_001782

answers: Water deficits,

answers: NDQ_001785

answers: Water deficits,

answers: NDQ_001787

answers: overpumping

answers: NDQ_001788

answers: overpumping

answers: NDQ_001789

answers: diesel and electric pumps.

answers: NDQ_001790

answers: overpumping

answers: NDQ_001791

answers: overpumping

answers: NDQ_001792

answers: China and India.

answers: NDQ_001793

answers: 3 billion people projected to be added worldwide by mid-century

answers: NDQ_001794

answers: aquifers,

answers: NDQ_001795

answers: 3 billion

answers: NDQ_001796

answers: overpumping

answers: NDQ_001797

answers: The water tables are falling

answers: NDQ_001798

answers: 3 billion people projected to be added worldwide by mid-century

answers: NDQ_001799

answers: overpumping

answers: NDQ_001800

answers: Water deficits,

answers: NDQ_001801

answers: The water tables are falling

answers: NDQ_001802

answers: widespread overpumping

answers: NDQ_001803

answers: overpumping

answers: NDQ_001804

answers: aquifers,

answers: NDQ_001805

answers: grain imports

text: Nyala suffers from severe water infrastructure caused by droughts and poor water management. Most of the water used in Nyala is ground water. This ground water is heavily contaminated due to human activity, such as inadequate waste management. The lack of proper sanitation has contaminated ground water in the region. Water resources in the city have tested to contain bacteria levels higher than permissible amounts. The poor water quality in the city creates health issues.

text: Nyala suffers from severe water infrastructure caused by droughts and poor water management. Most of the water used in Nyala is ground water. This ground water is heavily contaminated due to human activity, such as inadequate waste management. The lack of proper sanitation has contaminated ground water in the region. Water resources in the city have tested to contain bacteria levels higher than permissible amounts. The poor water quality in the city creates health issues.

answers: NDQ_001768

answers: ground water

answers: NDQ_001769

answers: Which of the following is not a type of municipal use of water: ground water, sanitation or waste management?

answers: NDQ_001770

answers: health issues

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are a major contributor to the contamination of ground water in Nyala

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: droughts

answers: NDQ_001778

answers: inadequate waste management

answers: NDQ_001781

answers: lacks proper sanitation

answers: NDQ_001782

answers: Which of the following is true of Nyala?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of contaminated ground water in Nyala?

answers: NDQ_001788

answers: Which of the following is not a type of waste management?

answers: NDQ_001789

answers: What does the lack of proper sanitation have to do with the water in Nyala?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How would you describe Nyala?

answers: NDQ_001797

answers: Which of the following is true of Nyala?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a source of water that is safe to drink?

answers: NDQ_001800

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: ground water is heavily contaminated

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Nyala

answers: NDQ_001805

answers: ground water

answers: NDQ_001768

answers: ground water.

answers: NDQ_001769

answers: waste management.

answers: NDQ_001770

answers: health issues.

answers: NDQ_001771

answers: ground water.

answers: NDQ_001772

answers: Nyala

answers: NDQ_001773

answers: contaminated due to human activity, such as inadequate waste management.

answers: NDQ_001774

answers: inadequate waste management.

answers: NDQ_001775

answers: ground water.

answers: NDQ_001776

answers: human activity, such as inadequate waste management. The lack of proper sanitation

answers: NDQ_001777

answers: droughts and poor water management.

answers: NDQ_001778

answers: inadequate waste management.

answers: NDQ_001781

answers: inadequate waste management.

answers: NDQ_001782

answers: ground water.

answers: NDQ_001785

answers: water infrastructure caused by droughts and poor water management.

answers: NDQ_001787

answers: contaminated

answers: NDQ_001788

answers: ground water.

answers: NDQ_001789

answers: ground water.

answers: NDQ_001790

answers: Nyala suffers from severe water infrastructure

answers: NDQ_001791

answers: ground water.

answers: NDQ_001792

answers: Nyala suffers from severe water infrastructure caused by droughts

answers: NDQ_001793

answers: ground water.

answers: NDQ_001794

answers: ground water.

answers: NDQ_001795

answers: Nyala

answers: NDQ_001796

answers: The poor water quality in the city creates health issues.

answers: NDQ_001797

answers: droughts

answers: NDQ_001798

answers: Most of the water used in Nyala is ground water.

answers: NDQ_001799

answers: ground water.

answers: NDQ_001800

answers: water infrastructure caused by droughts and poor water management.

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: heavily

answers: NDQ_001803

answers: ground water.

answers: NDQ_001804

answers: ground water.

answers: NDQ_001805

answers: ground water.

text: In many fire fighting situations, large quantities of water remain after the fire has been extinguished. The water contains materials present in the building and also contains dissolved and particulate materials from combustion processes and materials generated through quenching. Fire water can be particularly polluting when the building or site being extinguished itself contains potentially polluting materials such as pesticides, organic and inorganic chemical reagents, fertilizers, etc. Certain types of premises including farms and the chemical industry pose special risks because of the types of materials present. Premises containing quantities of plastics can also cause severe problems because of the taste and odor imparted to the fire water. Releasing contaminated fire water into a river or other water source subsequently used to supply  drinking water may render the untreated water supply unsuitable for drinking or food preparation.

text: In many fire fighting situations, large quantities of water remain after the fire has been extinguished. The water contains materials present in the building and also contains dissolved and particulate materials from

text: combustion

text: processes and materials generated through quenching. Fire water can be particularly polluting when the building or site being extinguished itself contains potentially polluting materials such as

text: pesticide

text: s,

text: organic

text: and

text: inorganic chemical

text: reagents,

text: fertilizer

text: s, etc. Certain types of premises including

text: farm

text: s and the

text: chemical industry

text: pose special risks because of the types of materials present. Premises containing quantities of

text: plastic

text: s can also cause severe problems because of the taste and odor imparted to the fire water. Releasing contaminated fire water into a river or other water source subsequently used to supply

text: drinking water

text: may render the untreated water supply unsuitable for drinking or food preparation.

answers: NDQ_001768

answers: untreated water supply

answers: NDQ_001769

answers: Which of the following is not a type of premises: farms or the chemical industry?

answers: NDQ_001770

answers: Which of the following is not a pollutant: pesticides, fertilizers, or fire water?

answers: NDQ_001771

answers: drinking and food preparation

answers: NDQ_001772

answers: farms

answers: NDQ_001773

answers: Which of the following is not a type of chemical reagent: pesticides, organic chemical reagents, fertilizers, etc.?

answers: NDQ_001774

answers: unsuitable

answers: NDQ_001775

answers: chemical reagents

answers: NDQ_001776

answers: pesticides

answers: NDQ_001777

answers: the type of water source

answers: NDQ_001778

answers: fertilizers

answers: NDQ_001781

answers: is polluted

answers: NDQ_001782

answers: Which of the following is not a source of water: pesticides, fertilizers, or fire water?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of building or site being extinguished itself?

answers: NDQ_001788

answers: Which of the following is not a type of premises including farms?

answers: NDQ_001789

answers: Which of the following is not a source of water: combustion processes and materials generated through quenching

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where does most of the fresh water on Earth come from?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What can cause severe problems because of the taste and odor imparted to the fire water?

answers: NDQ_001797

answers: Which of the following is not a type of industry: farms and the chemical industry?

answers: NDQ_001798

answers: Which of the following is not a type of property: farms and the chemical industry

answers: NDQ_001799

answers: Which of the following is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: plastics

answers: NDQ_001801

answers: unsuitable for drinking or food preparation

answers: NDQ_001802

answers: may render the untreated water supply unsuitable for drinking or food preparation

answers: NDQ_001803

answers: fertilizers

answers: NDQ_001804

answers: untreated water supply

answers: NDQ_001805

answers: food preparation

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: drinking water

answers: NDQ_001771

answers: drinking or food preparation.

answers: NDQ_001772

answers: farms and the chemical industry

answers: NDQ_001773

answers: farms and the chemical industry

answers: NDQ_001774

answers: Releasing contaminated fire water

answers: NDQ_001775

answers: food preparation.

answers: NDQ_001776

answers: pesticides,

answers: NDQ_001777

answers: drinking water

answers: NDQ_001778

answers: farms and the chemical industry

answers: NDQ_001781

answers: fertilizers,

answers: NDQ_001782

answers: water remain after the fire has been extinguished.

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: fertilizers,

answers: NDQ_001788

answers: farms

answers: NDQ_001789

answers: quenching.

answers: NDQ_001790

answers: large quantities of water remain after the fire has been extinguished.

answers: NDQ_001791

answers: water remain after the fire has been extinguished.

answers: NDQ_001792

answers: drinking water

answers: NDQ_001793

answers: drinking water

answers: NDQ_001794

answers: water remain after the fire has been extinguished.

answers: NDQ_001795

answers: drinking water

answers: NDQ_001796

answers: Releasing contaminated fire water

answers: NDQ_001797

answers: drinking water

answers: NDQ_001798

answers: large quantities of water remain after the fire has been extinguished.

answers: NDQ_001799

answers: Releasing contaminated fire water

answers: NDQ_001800

answers: fire fighting situations, large quantities of water

answers: NDQ_001801

answers: In many fire fighting situations, large quantities of water

answers: NDQ_001802

answers: Fire water can be particularly polluting

answers: NDQ_001803

answers: fertilizers,

answers: NDQ_001804

answers: river or other water source subsequently used to supply drinking water

answers: NDQ_001805

answers: fire fighting

text: Until 1932 the settlements in the eastern Lower Galilee were based solely on spring water which existed in proximity to the villages which were only enough for home use and therefore it was not possible to have irrigated agriculture in the Lower Galilee at the time. In 1932 the first Well drilling was done in the Yavne'el Valley which supplied irrigation water to Yavne'el. In 1942 a water pipeline was constructed from the Sea of Galilee to the village which as a result extended its amount of agricultural lands, which were based mainly on the new water sources, despite the relatively high cost of water at that time. During the first decade of the State of Israel the villages of the Lower Galilee were involved in a constant struggle with the government demanding that the government would solve their water problems. After several local Well drilling attempts made during those years failed water pipelines were laid from the Sea of Galilee to all villages in the Lower Galilee.

text: Until 1932 the settlements in the eastern Lower Galilee were based solely on

text: spring water

text: which existed in proximity to the villages which were only enough for home use and therefore it was not possible to have

text: irrigated agriculture

text: in the Lower Galilee at the time. In 1932 the first

text: Well drilling

text: was done in the Yavne'el Valley which supplied

text: irrigation

text: water to

text: Yavne'el

text: . In 1942 a water pipeline was constructed from the

text: Sea of Galilee

text: to the village which as a result extended its amount of agricultural lands, which were based mainly on the new water sources, despite the relatively high cost of water at that time. During the first decade of the State of Israel the villages of the Lower Galilee were involved in a constant struggle with the government demanding that the government would solve their water problems. After several local Well drilling attempts made during those years failed water pipelines were laid from the

text: Sea of Galilee

text: to all villages in the Lower Galilee.

answers: NDQ_001768

answers: spring water

answers: NDQ_001769

answers: home use

answers: NDQ_001770

answers: cost of water

answers: NDQ_001771

answers: How many years after a water pipeline was laid from the Sea of Galilee to all villages in the Lower Galilee?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which happened first, a water pipeline was constructed from the Sea of Galilee to the village or a water pipeline was laid from the Sea of Galilee to all villages in the Lower Galilee?

answers: NDQ_001774

answers: a water pipeline was constructed

answers: NDQ_001775

answers: irrigated agriculture

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: spring water

answers: NDQ_001778

answers: a constant struggle with the government

answers: NDQ_001781

answers: was only for home use

answers: NDQ_001782

answers: What does the passage imply?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: a water pipeline was constructed from the Sea of Galilee

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe the climate of the Lower Galilee?

answers: NDQ_001798

answers: yes

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: during the first decade of the State of Israel

answers: NDQ_001802

answers: relatively high cost of water at that time

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Well drilling

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: spring water

answers: NDQ_001769

answers: home use

answers: NDQ_001770

answers: high cost of water

answers: NDQ_001771

answers: spring water

answers: NDQ_001772

answers: Israel

answers: NDQ_001773

answers: irrigated agriculture

answers: NDQ_001774

answers: spring water

answers: NDQ_001775

answers: irrigation water

answers: NDQ_001776

answers: irrigated agriculture

answers: NDQ_001777

answers: relatively high cost

answers: NDQ_001778

answers: irrigated agriculture

answers: NDQ_001781

answers: home use

answers: NDQ_001782

answers: spring water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: irrigation water to Yavne'el.

answers: NDQ_001788

answers: relatively high cost of water

answers: NDQ_001789

answers: irrigation water

answers: NDQ_001790

answers: spring water

answers: NDQ_001791

answers: Until 1932

answers: NDQ_001792

answers: spring water

answers: NDQ_001793

answers: spring water

answers: NDQ_001794

answers: spring water

answers: NDQ_001795

answers: spring water

answers: NDQ_001796

answers: spring water

answers: NDQ_001797

answers: spring water

answers: NDQ_001798

answers: relatively high cost of water

answers: NDQ_001799

answers: spring water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 1932

answers: NDQ_001802

answers: water problems.

answers: NDQ_001803

answers: irrigated agriculture

answers: NDQ_001804

answers: water pipeline

answers: NDQ_001805

answers: irrigated agriculture

text: The island has no fresh water supply. A small desalination plant on the island uses reverse osmosis technology to supply water for human consumption. Similarly, two diesel generators (and some solar panels) supply electricity to the island.

text: The island has no

text: fresh water

text: supply. A small

text: desalination

text: plant on the island uses

text: reverse osmosis

text: technology to supply water for human consumption. Similarly, two diesel generators (and some

text: solar panel

text: s) supply electricity to the island.

answers: NDQ_001768

answers: desalination

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: can be found on the island.

answers: NDQ_001774

answers: is too salty

answers: NDQ_001775

answers: electricity

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: desalination technology

answers: NDQ_001778

answers: desalination

answers: NDQ_001781

answers: is too salty

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the small desalination plant?

answers: NDQ_001789

answers: No

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of the island?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no fresh water

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: solar panels

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: reverse osmosis technology

answers: NDQ_001769

answers: human consumption.

answers: NDQ_001770

answers: human consumption.

answers: NDQ_001771

answers: human consumption.

answers: NDQ_001772

answers: human consumption.

answers: NDQ_001773

answers: reverse osmosis technology to supply water for human consumption.

answers: NDQ_001774

answers: reverse osmosis

answers: NDQ_001775

answers: electricity

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: The island has no fresh water supply.

answers: NDQ_001778

answers: diesel generators

answers: NDQ_001781

answers: The island has no fresh water supply.

answers: NDQ_001782

answers: reverse osmosis technology to supply water for human consumption.

answers: NDQ_001785

answers: The island has no fresh water supply.

answers: NDQ_001787

answers: reverse osmosis

answers: NDQ_001788

answers: The island has no fresh water supply.

answers: NDQ_001789

answers: diesel generators

answers: NDQ_001790

answers: The island has no fresh water supply.

answers: NDQ_001791

answers: The island has no fresh water supply.

answers: NDQ_001792

answers: The island has no fresh water supply.

answers: NDQ_001793

answers: The island has no fresh water supply.

answers: NDQ_001794

answers: The island has no fresh water supply.

answers: NDQ_001795

answers: The island has no fresh water supply.

answers: NDQ_001796

answers: The island has no fresh water supply.

answers: NDQ_001797

answers: The island has no fresh water supply.

answers: NDQ_001798

answers: reverse osmosis technology to supply water for human consumption.

answers: NDQ_001799

answers: reverse osmosis

answers: NDQ_001800

answers: The island has no fresh water supply.

answers: NDQ_001801

answers: The island has no fresh water supply.

answers: NDQ_001802

answers: The island has no fresh water supply.

answers: NDQ_001803

answers: desalination plant

answers: NDQ_001804

answers: reverse osmosis

answers: NDQ_001805

answers: human consumption.

text: The takeoff run of a flying boat was often dependent only on the length of water that was available. The first problem was to gain sufficient speed for the craft to plane, otherwise there would never be enough speed to become airborne. Once planing, the next problem was to break free from the suction (from Bernoulli's principle) of the water on the hull. This was partly helped by the "step" in the hull just behind the craft's centre of buoyancy at planing speed. The pilot could rock the craft about this point to try to break the downward pull of the water on the surface of the hull. Somewhat rough water was a help in freeing the hull, but on calm days it was often necessary to have a high speed launch cross in front of the aircraft to cause a break in the water flow under the aircraft. It was a matter of judgement of the coxswain to get the crossing close enough but not too close. Because it was expected that some takeoffs would be protracted affairs, often the crews were not very careful to keep within maximum all-up weight limitations, and getting airborne just took a little longer.

text: The takeoff run of a flying boat was often dependent only on the length of water that was available. The first problem was to gain sufficient speed for the craft to

text: plane

text: , otherwise there would never be enough speed to become airborne. Once planing, the next problem was to break free from the suction (from

text: Bernoulli's principle

text: ) of the water on the hull. This was partly helped by the "step" in the hull just behind the craft's centre of buoyancy at planing speed. The pilot could rock the craft about this point to try to break the downward pull of the water on the surface of the hull. Somewhat rough water was a help in freeing the hull, but on calm days it was often necessary to have a high speed

text: launch

text: cross in front of the aircraft to cause a break in the water flow under the aircraft. It was a matter of judgement of the

text: coxswain

text: to get the crossing close enough but not too close. Because it was expected that some takeoffs would be protracted affairs, often the crews were not very careful to keep within maximum all-up weight limitations, and getting airborne just took a little longer.

answers: NDQ_001768

answers: a flying boat

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Suction on the hull

answers: NDQ_001771

answers: Flying boat

answers: NDQ_001772

answers: flying boats

answers: NDQ_001773

answers: Which of the following is not a product of agriculture: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: is not available

answers: NDQ_001775

answers: What was Bernoulli's principle?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: Bernoulli's principle

answers: NDQ_001778

answers: crews were not very careful

answers: NDQ_001781

answers: can't be used for irrigation

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How would you describe Bernoulli?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What was Bernoulli's principle?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, wet, or tropical?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: a matter of judgement of the coxswain

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: flying boat

answers: NDQ_001768

answers: flying boat was often dependent only on the length of water

answers: NDQ_001769

answers: The takeoff run of a flying boat

answers: NDQ_001770

answers: rough water was a help in freeing the hull,

answers: NDQ_001771

answers: flying boat

answers: NDQ_001772

answers: flying boat

answers: NDQ_001773

answers: flying boat

answers: NDQ_001774

answers: flying boat

answers: NDQ_001775

answers: flying boat

answers: NDQ_001776

answers: flying boat

answers: NDQ_001777

answers: length of water

answers: NDQ_001778

answers: crews were not very careful to keep within maximum all-up weight limitations,

answers: NDQ_001781

answers: crews were not very careful to keep within maximum all-up weight limitations,

answers: NDQ_001782

answers: water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: The takeoff run of a flying boat

answers: NDQ_001788

answers: flying boat

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: flying boat was often dependent only on the length of water that was available.

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: The takeoff run of a flying boat

answers: NDQ_001793

answers: flying boat

answers: NDQ_001794

answers: flying boat

answers: NDQ_001795

answers: flying boat

answers: NDQ_001796

answers: water

answers: NDQ_001797

answers: flying boat was often dependent only on the length of water

answers: NDQ_001798

answers: maximum all-up weight limitations,

answers: NDQ_001799

answers: water flow

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: calm days

answers: NDQ_001802

answers: water

answers: NDQ_001803

answers: high speed launch cross

answers: NDQ_001804

answers: high speed launch cross

answers: NDQ_001805

answers: flying boat

text: Áder said Hungary’s new constitution guarantees constitutional rights and catered for fourth generation human rights in his address of the 67th session of the UN General Assembly in New York City on 25 September 2012. These include Article P, which states that “natural resources, especially the farmland, forests and the drinking water supplies, the biodiversity – in particular native plant and animal species – and the cultural assets shall form part of the nation’s common heritage; the State and every person shall be obliged to protect, sustain and preserve them for future generations”. He mentioned especially the water supply, and how short-sighted and irrational it was the way “we pollute our waters”. Áder also told Hungary has taken active part in the work of the UN’s Friends of Water working group. Hungary will host a conference on water and sanitation in Budapest in 2013.

text: Áder said Hungary’s new constitution guarantees constitutional rights and catered for fourth generation human rights in his address of the

entity_name: Sixty-seventh session of the United Nations General Assembly

text: 67th session of the UN General Assembly

text: in

text: New York City

text: on 25 September 2012. These include Article P, which states that “natural resources, especially the farmland, forests and the drinking water supplies, the biodiversity – in particular native plant and animal species – and the cultural assets shall form part of the nation’s common heritage; the State and every person shall be obliged to protect, sustain and preserve them for future generations”. He mentioned especially the water supply, and how short-sighted and irrational it was the way “we pollute our waters”. Áder also told Hungary has taken active part in the work of the UN’s Friends of Water working group. Hungary will host a conference on water and sanitation in Budapest in 2013.

answers: NDQ_001768

answers: pollute our waters

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: pollute our waters

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: farmland

answers: NDQ_001773

answers: Which of the following is not a natural resource: farmland, forests or the drinking water supplies?

answers: NDQ_001774

answers: pollute our waters

answers: NDQ_001775

answers: polluting

answers: NDQ_001776

answers: water and sanitation

answers: NDQ_001777

answers: natural resources

answers: NDQ_001778

answers: pollute our waters

answers: NDQ_001781

answers: pollute our waters

answers: NDQ_001782

answers: What does Article P state?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is Hungary's new constitution?

answers: NDQ_001788

answers: How short-sighted and irrational it was the way “we pollute our waters”.

answers: NDQ_001789

answers: no

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: how short-sighted and irrational it was the way “we pollute our waters”

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: unanswerable

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: no

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 2012

answers: NDQ_001802

answers: short-sighted and irrational

answers: NDQ_001803

answers: drinking water supplies

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: “we pollute our waters”.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: “we pollute our waters”.

answers: NDQ_001771

answers: drinking water supplies,

answers: NDQ_001772

answers: “we pollute our waters”.

answers: NDQ_001773

answers: “we pollute our waters”.

answers: NDQ_001774

answers: “we pollute our waters”.

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: “we pollute our waters”.

answers: NDQ_001777

answers: “we pollute our waters”.

answers: NDQ_001778

answers: “we pollute our waters”.

answers: NDQ_001781

answers: “we pollute our waters”.

answers: NDQ_001782

answers: “we pollute our waters”.

answers: NDQ_001785

answers: UN’s Friends of Water

answers: NDQ_001787

answers: “we pollute our waters”.

answers: NDQ_001788

answers: “we pollute our waters”.

answers: NDQ_001789

answers: UN’s Friends of Water

answers: NDQ_001790

answers: 2012.

answers: NDQ_001791

answers: 2012.

answers: NDQ_001792

answers: drinking water supplies,

answers: NDQ_001793

answers: “we pollute our waters”.

answers: NDQ_001794

answers: “we pollute our waters”.

answers: NDQ_001795

answers: water and sanitation in Budapest in 2013.

answers: NDQ_001796

answers: “we pollute our waters”.

answers: NDQ_001797

answers: Hungary will host a conference on water and sanitation in Budapest in 2013.

answers: NDQ_001798

answers: UN’s Friends of Water working group.

answers: NDQ_001799

answers: “we pollute our waters”.

answers: NDQ_001800

answers: “we pollute our waters”.

answers: NDQ_001801

answers: 2012.

answers: NDQ_001802

answers: short-sighted and irrational

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: UN’s Friends of Water

answers: NDQ_001805

answers: “we pollute our waters”.

text: One irrigation technique known as partial rootzone drying (or PRD) involves "tricking" the grapevine into thinking it is undergoing water stress when it is actually receiving sufficient water supply. This is accomplished by alternating drip irrigation to where only one side of the grapevine receives water at a time. The roots on the dry side of the vine produce abscisic acid that triggers some of the vine's physiological responses to water stress - reduced shoot growth, smaller berries size, etc. But because the vine is still receiving water on the other side the stress doesn't become so severe to where vital functions such as photosynthesis is compromised.Partial rootzone drying has been shown to significantly increase a vine's water use efficiency. While PRD is shown to slightly reduce leaf area, this is generally not a problem as overall yield is unaffected.

text: One irrigation technique known as partial rootzone drying (or PRD) involves "tricking" the grapevine into thinking it is undergoing water stress when it is actually receiving sufficient water supply. This is accomplished by alternating drip irrigation to where only one side of the grapevine receives water at a time. The roots on the dry side of the vine produce

text: abscisic acid

text: that triggers some of the vine's physiological responses to water stress - reduced shoot growth, smaller berries size, etc. But because the vine is still receiving water on the other side the stress doesn't become so severe to where vital functions such as photosynthesis is compromised.Partial rootzone drying has been shown to significantly increase a vine's water use efficiency. While PRD is shown to slightly reduce leaf area, this is generally not a problem as overall yield is unaffected.

answers: NDQ_001768

answers: PRD

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: abscisic acid

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: grapevine

answers: NDQ_001773

answers: What is abscisic acid?

answers: NDQ_001774

answers: is not used efficiently

answers: NDQ_001775

answers: water use efficiency

answers: NDQ_001776

answers: water stress

answers: NDQ_001777

answers: water availability

answers: NDQ_001778

answers: PRD

answers: NDQ_001781

answers: is not used efficiently

answers: NDQ_001782

answers: Which of the following is true of PRD?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a problem with PRD?

answers: NDQ_001788

answers: What is PRD?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is NOT true of PRD?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: PRD has been shown to significantly increase a vine's water use efficiency

answers: NDQ_001797

answers: Which of the following is not a benefit of partial rootzone drying?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is water safe to drink?

answers: NDQ_001800

answers: water stress

answers: NDQ_001801

answers: PRD has been shown to significantly increase a vine's water use efficiency

answers: NDQ_001802

answers: abscisic acid

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: drip irrigation

answers: NDQ_001805

answers: grapevine

answers: NDQ_001768

answers: partial rootzone drying

answers: NDQ_001769

answers: partial rootzone drying

answers: NDQ_001770

answers: abscisic acid

answers: NDQ_001771

answers: partial rootzone drying

answers: NDQ_001772

answers: grapevine

answers: NDQ_001773

answers: abscisic acid

answers: NDQ_001774

answers: partial rootzone drying

answers: NDQ_001775

answers: water use efficiency.

answers: NDQ_001776

answers: water stress

answers: NDQ_001777

answers: water stress

answers: NDQ_001778

answers: partial rootzone drying

answers: NDQ_001781

answers: water stress

answers: NDQ_001782

answers: partial rootzone drying

answers: NDQ_001785

answers: partial rootzone drying

answers: NDQ_001787

answers: abscisic acid

answers: NDQ_001788

answers: water use efficiency.

answers: NDQ_001789

answers: water use efficiency.

answers: NDQ_001790

answers: partial rootzone drying

answers: NDQ_001791

answers: partial rootzone drying

answers: NDQ_001792

answers: One irrigation technique known as partial rootzone drying

answers: NDQ_001793

answers: partial rootzone drying

answers: NDQ_001794

answers: partial rootzone drying

answers: NDQ_001795

answers: partial rootzone drying

answers: NDQ_001796

answers: partial rootzone drying

answers: NDQ_001797

answers: dry side of the vine produce abscisic acid

answers: NDQ_001798

answers: partial rootzone drying

answers: NDQ_001799

answers: alternating drip irrigation

answers: NDQ_001800

answers: water stress

answers: NDQ_001801

answers: water stress

answers: NDQ_001802

answers: vital functions such as photosynthesis is compromised.Partial

answers: NDQ_001803

answers: alternating drip irrigation

answers: NDQ_001804

answers: drip irrigation

answers: NDQ_001805

answers: vine's water use efficiency.

text: Per 2006 Barangay Profile Survey on sources of potable water supply, the following result revealed that out of the total number of households, only about 513 or 5.98% are dependent on owned-use faucet system of potable water, where households get water supply from a faucet inside the house/yard directly connected to a water pipeline from their own water system (electric pump).

text: Per 2006 Barangay Profile Survey on sources of potable water supply, the following result revealed that out of the total number of households, only about 513 or 5.98% are dependent on owned-use faucet system of potable water, where households get water supply from a faucet inside the house/yard directly connected to a water pipeline from their own water system (electric pump).

answers: NDQ_001768

answers: owned-use faucet system

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: potable water supply

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: are used in the manufacture of fertilizers and pesticides.

answers: NDQ_001774

answers: owned-use faucet system

answers: NDQ_001775

answers: potable water

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: sources of water supply

answers: NDQ_001778

answers: own-use faucet system of potable water

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: None of the above choices

answers: NDQ_001787

answers: What may be the reason for the lack of potable water supply?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What is a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: not enough information

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: a water pipeline

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: owned-use faucet system of potable water,

answers: NDQ_001769

answers: potable

answers: NDQ_001770

answers: potable water

answers: NDQ_001771

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001772

answers: owned-use faucet system of potable water,

answers: NDQ_001773

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001774

answers: (electric pump).

answers: NDQ_001775

answers: (electric pump).

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: sources

answers: NDQ_001778

answers: owned-use

answers: NDQ_001781

answers: potable water

answers: NDQ_001782

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001785

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001787

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001788

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001789

answers: (electric pump).

answers: NDQ_001790

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001791

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001792

answers: sources of potable water supply,

answers: NDQ_001793

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001794

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001795

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001796

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001797

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001798

answers: 5.98% are dependent on owned-use faucet system of potable water,

answers: NDQ_001799

answers: (electric pump).

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2006

answers: NDQ_001802

answers: 5.98%

answers: NDQ_001803

answers: (electric pump).

answers: NDQ_001804

answers: water pipeline

answers: NDQ_001805

answers: (electric pump).

text: On occasion, clay slime spills have prevented the Peace River Manasota Water Supply Authority from using river flows for drinking water, forcing municipalities to seek water supplies elsewhere, or rely on stored supplies. On several occasions, the effects of heavy rainfall have created sinkholes beneath the settling ponds.

text: On occasion, clay slime spills have prevented the Peace River Manasota Water Supply Authority from using river flows for drinking water, forcing municipalities to seek water supplies elsewhere, or rely on stored supplies. On several occasions, the effects of heavy rainfall have created

text: sinkhole

text: s beneath the settling ponds.

answers: NDQ_001768

answers: stored supplies

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: sinkholes

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: municipalities

answers: NDQ_001773

answers: Which of the following is not a type of chemical: clay slime, settling ponds, or agricultural chemicals?

answers: NDQ_001774

answers: slime spills

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: untreated water

answers: NDQ_001777

answers: heavy rainfall

answers: NDQ_001778

answers: clay slime spills

answers: NDQ_001781

answers: sinkholes

answers: NDQ_001782

answers: Which of the following is true of the Peace River Manasota Water Supply Authority?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of spill: clay slime, heavy rainfall, or Irrigation?

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a reason for clay slime spills?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It's not possible to tell

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: clay slime spills

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: settling ponds

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: stored supplies.

answers: NDQ_001769

answers: drinking water,

answers: NDQ_001770

answers: sinkholes

answers: NDQ_001771

answers: drinking water,

answers: NDQ_001772

answers: drinking water,

answers: NDQ_001773

answers: clay slime

answers: NDQ_001774

answers: clay slime spills

answers: NDQ_001775

answers: drinking water,

answers: NDQ_001776

answers: drinking water,

answers: NDQ_001777

answers: stored supplies.

answers: NDQ_001778

answers: heavy rainfall

answers: NDQ_001781

answers: clay slime spills

answers: NDQ_001782

answers: drinking water,

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: clay slime

answers: NDQ_001788

answers: clay slime spills

answers: NDQ_001789

answers: river flows for drinking water,

answers: NDQ_001790

answers: forcing municipalities to seek water supplies elsewhere, or rely on stored supplies.

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: drinking water,

answers: NDQ_001793

answers: drinking water,

answers: NDQ_001794

answers: river flows for drinking water,

answers: NDQ_001795

answers: forcing municipalities to seek water supplies elsewhere, or rely on stored supplies.

answers: NDQ_001796

answers: clay slime spills

answers: NDQ_001797

answers: forcing municipalities to seek water supplies elsewhere, or rely on stored supplies.

answers: NDQ_001798

answers: stored supplies.

answers: NDQ_001799

answers: river flows

answers: NDQ_001800

answers: water supplies elsewhere, or rely on stored supplies.

answers: NDQ_001801

answers: heavy rainfall have created sinkholes beneath the settling ponds.

answers: NDQ_001802

answers: drinking water,

answers: NDQ_001803

answers: stored supplies.

answers: NDQ_001804

answers: settling ponds.

answers: NDQ_001805

answers: drinking water,

text: Anthropologist Wade Davis and river advocate Robert F. Kennedy Jr journey down the Colorado River on a two-week expedition to highlight water conservation issues. Traveling by rafts, kayaks and wooden dories, they are accompanied by their daughters and guided by Shana Watahomigie, a Native American National Park ranger. The film explores America's drought and freshwater shortages, the impact on the river of damming, and human water supply needs, such as that of the city of Las Vegas.

text: Anthropologist

text: Wade Davis

text: and river advocate

text: Robert F. Kennedy Jr

text: journey down the

text: Colorado River

text: on a two-week expedition to highlight

text: water conservation

text: issues. Traveling by rafts, kayaks and wooden dories, they are accompanied by their daughters and guided by Shana Watahomigie, a Native American National Park ranger. The film explores America's drought and freshwater shortages, the impact on the river of damming, and human water supply needs, such as that of the city of Las Vegas.

answers: NDQ_001768

answers: dams

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: rafts, kayaks and wooden dories

answers: NDQ_001772

answers: Las Vegas

answers: NDQ_001773

answers: Wade Davis and Robert F. Kennedy Jr journey down the Colorado River

answers: NDQ_001774

answers: dams

answers: NDQ_001775

answers: damming

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: damming

answers: NDQ_001778

answers: damming

answers: NDQ_001781

answers: damming

answers: NDQ_001782

answers: What is the purpose of the film?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The impact on the river of damming

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the impact on the river of damming?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: what is the name of the film

answers: NDQ_001796

answers: Wade Davis and Robert F. Kennedy Jr

answers: NDQ_001797

answers: What is the impact on the river of damming?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is the purpose of the film?

answers: NDQ_001800

answers: water conservation issues

answers: NDQ_001801

answers: America's drought

answers: NDQ_001802

answers: damming

answers: NDQ_001803

answers: damming

answers: NDQ_001804

answers: the Colorado River

answers: NDQ_001805

answers: Las Vegas

answers: NDQ_001768

answers: rafts, kayaks and wooden dories,

answers: NDQ_001769

answers: human water supply needs,

answers: NDQ_001770

answers: drought and freshwater shortages,

answers: NDQ_001771

answers: rafts, kayaks and wooden dories,

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: water conservation issues.

answers: NDQ_001774

answers: damming,

answers: NDQ_001775

answers: human water supply needs,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: damming,

answers: NDQ_001778

answers: damming,

answers: NDQ_001781

answers: damming,

answers: NDQ_001782

answers: human water supply needs,

answers: NDQ_001785

answers: water conservation issues.

answers: NDQ_001787

answers: damming,

answers: NDQ_001788

answers: damming,

answers: NDQ_001789

answers: damming,

answers: NDQ_001790

answers: freshwater shortages, the impact on the river of damming,

answers: NDQ_001791

answers: water conservation issues.

answers: NDQ_001792

answers: Las Vegas.

answers: NDQ_001793

answers: America's drought and freshwater shortages,

answers: NDQ_001794

answers: water conservation issues.

answers: NDQ_001795

answers: water conservation issues.

answers: NDQ_001796

answers: water conservation issues.

answers: NDQ_001797

answers: human water supply needs,

answers: NDQ_001798

answers: water conservation issues.

answers: NDQ_001799

answers: rafts,

answers: NDQ_001800

answers: water conservation

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: water conservation issues.

answers: NDQ_001803

answers: damming,

answers: NDQ_001804

answers: Colorado River

answers: NDQ_001805

answers: human water supply needs,

text: The water is a very challenging situation to deal with. With the mass numbers of residents the pressure of the pumps become very low because the way it is being used so much at the same time. With low pressure the water becomes difficult to get and sparse amounts are already available to each household. With each section of the townships is normally one pump per section. The water is used for everything from cleaning clothes, cooking, drinking, bathing, and cleaning the house. Having very little water accessible to each section makes it very hard to get enough water for a day per household.  One way that this could be ameliorated is to make some improvements to the main water supply and to add more pumps in each region in the township but have it coming from a different water system allowing more water in each area but without dealing with lower pressure.

text: The water is a very challenging situation to deal with. With the mass numbers of residents the pressure of the pumps become very low because the way it is being used so much at the same time. With low pressure the water becomes difficult to get and sparse amounts are already available to each household. With each section of the townships is normally one pump per section. The water is used for everything from cleaning clothes, cooking, drinking, bathing, and cleaning the house. Having very little water accessible to each section makes it very hard to get enough water for a day per household.  One way that this could be ameliorated is to make some improvements to the main water supply and to add more pumps in each region in the township but have it coming from a different water system allowing more water in each area but without dealing with lower pressure.

answers: NDQ_001768

answers: sparse amounts

answers: NDQ_001769

answers: cleaning clothes, cooking, drinking

answers: NDQ_001770

answers: low pressure

answers: NDQ_001771

answers: bathing

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is an example of a chemical used in agriculture?

answers: NDQ_001774

answers: isn't available

answers: NDQ_001775

answers: cleaning clothes

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the amount of people living there

answers: NDQ_001778

answers: mass numbers of residents

answers: NDQ_001781

answers: does not have enough pressure

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How can this be remedied?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: Which of the following is not true?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true?

answers: NDQ_001795

answers: None of the above choices .

answers: NDQ_001796

answers: Which of the following is not a type of waterborne disease?

answers: NDQ_001797

answers: Why is it difficult to get enough water for a day per household

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: Which of the following is true of the water in the passage?

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: NDQ_001802

answers: a very challenging situation to deal with

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be found in the township

answers: NDQ_001805

answers: cooking

answers: NDQ_001768

answers: cleaning clothes, cooking, drinking, bathing, and cleaning the house.

answers: NDQ_001769

answers: cleaning clothes, cooking, drinking, bathing, and cleaning the house.

answers: NDQ_001770

answers: lower pressure.

answers: NDQ_001771

answers: bathing, and cleaning the house.

answers: NDQ_001772

answers: cleaning clothes, cooking, drinking, bathing, and cleaning the house.

answers: NDQ_001773

answers: The water

answers: NDQ_001774

answers: sparse amounts are already available to each household.

answers: NDQ_001775

answers: cleaning clothes, cooking, drinking, bathing, and cleaning the house.

answers: NDQ_001776

answers: The water

answers: NDQ_001777

answers: mass numbers of residents

answers: NDQ_001778

answers: mass numbers of residents

answers: NDQ_001781

answers: sparse amounts are already available to each household.

answers: NDQ_001782

answers: cleaning clothes, cooking, drinking, bathing, and cleaning the house.

answers: NDQ_001785

answers: The water

answers: NDQ_001787

answers: different water system

answers: NDQ_001788

answers: sparse amounts are already available to each household.

answers: NDQ_001789

answers: cleaning clothes, cooking, drinking, bathing, and cleaning the house.

answers: NDQ_001790

answers: sparse amounts are already available to each household.

answers: NDQ_001791

answers: The water

answers: NDQ_001792

answers: sparse amounts are already available to each household.

answers: NDQ_001793

answers: sparse amounts are already available to each household.

answers: NDQ_001794

answers: sparse amounts are already available to each household.

answers: NDQ_001795

answers: sparse amounts are already available to each household.

answers: NDQ_001796

answers: The water

answers: NDQ_001797

answers: sparse amounts are already available to each household.

answers: NDQ_001798

answers: With the mass numbers of residents the pressure of the pumps become very low

answers: NDQ_001799

answers: drinking, bathing, and cleaning the house.

answers: NDQ_001800

answers: The water

answers: NDQ_001801

answers: With the mass numbers of residents the pressure of the pumps become very low

answers: NDQ_001802

answers: very challenging

answers: NDQ_001803

answers: add more pumps

answers: NDQ_001804

answers: different water system

answers: NDQ_001805

answers: cleaning clothes, cooking, drinking, bathing, and cleaning the house.

text: Water is a common moderator for practical reasons, but has its disadvantages. From a nuclear standpoint, the primary problem is that water can absorb a neutron and remove it from the reaction. It does this just enough that the amount of U-235 in natural ore is too low to sustain the chain reaction; the neutrons lost through absorption in the water and U-238, along with those lost to the environment, results in too few left in the fuel. The most common solution to this problem is to slightly concentrate the amount of U-235 in the fuel to produce enriched uranium, with the leftover U-238 known as depleted uranium. Other designs use different moderators, like heavy water, that are much less likely to absorb neutrons, allowing them to run on unenriched fuel. In either case, the reactor's neutron economy is based on thermal neutrons.

text: Water is a common moderator for practical reasons, but has its disadvantages. From a nuclear standpoint, the primary problem is that water can absorb a neutron and remove it from the reaction. It does this just enough that the amount of U-235 in natural ore is too low to sustain the chain reaction; the neutrons lost through absorption in the water and U-238, along with those lost to the environment, results in too few left in the fuel. The most common solution to this problem is to slightly concentrate the amount of U-235 in the fuel to produce

text: enriched uranium

text: , with the leftover U-238 known as

text: depleted uranium

text: . Other designs use different moderators, like

text: heavy water

text: , that are much less likely to absorb neutrons, allowing them to run on unenriched fuel. In either case, the reactor's

text: neutron economy

text: is based on

text: thermal neutron

text: s.

answers: NDQ_001768

answers: unenriched fuel

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: Neutrons to be lost

answers: NDQ_001771

answers: What is the primary problem with water?

answers: NDQ_001772

answers: nuclear

answers: NDQ_001773

answers: Which of the following is not a common moderator for practical reasons?

answers: NDQ_001774

answers: unenriched fuel

answers: NDQ_001775

answers: practical reasons

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: natural ore

answers: NDQ_001778

answers: depleted uranium

answers: NDQ_001781

answers: absorbs neutrons

answers: NDQ_001782

answers: What is a common moderator for practical reasons?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What can absorb a neutron and remove it from the reaction?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough

answers: NDQ_001795

answers: not enough

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: What is the most common solution to this problem?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: depleted uranium

answers: NDQ_001802

answers: a common moderator for practical reasons, but has its disadvantages

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: natural ore

answers: NDQ_001805

answers: nuclear

answers: NDQ_001768

answers: heavy water,

answers: NDQ_001769

answers: Water

answers: NDQ_001770

answers: water can absorb a neutron and remove it from the reaction.

answers: NDQ_001771

answers: heavy water,

answers: NDQ_001772

answers: nuclear

answers: NDQ_001773

answers: Water

answers: NDQ_001774

answers: water can absorb a neutron

answers: NDQ_001775

answers: moderator

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: Water

answers: NDQ_001778

answers: Water

answers: NDQ_001781

answers: water can absorb a neutron and remove it from the reaction.

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: Water

answers: NDQ_001788

answers: Water

answers: NDQ_001789

answers: heavy water,

answers: NDQ_001790

answers: Water

answers: NDQ_001791

answers: Water

answers: NDQ_001792

answers: Water

answers: NDQ_001793

answers: heavy water,

answers: NDQ_001794

answers: heavy water,

answers: NDQ_001795

answers: heavy water,

answers: NDQ_001796

answers: Water

answers: NDQ_001797

answers: Water

answers: NDQ_001798

answers: Water

answers: NDQ_001799

answers: Water

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water

answers: NDQ_001802

answers: water can absorb a neutron and remove it from the reaction.

answers: NDQ_001803

answers: heavy water,

answers: NDQ_001804

answers: Water

answers: NDQ_001805

answers: nuclear

text: The quality of drinking water is ensured through a framework of water safety plans that ensures the safe disposal of human waste so that drinking water supplies are not contaminated. Improving the water supply, sanitation, hygiene and management of our water resources could prevent ten percent of total global disease.

text: The quality of drinking water is ensured through a framework of water safety plans that ensures the safe disposal of human waste so that drinking water supplies are not contaminated. Improving the water supply, sanitation, hygiene and management of our water resources could prevent ten percent of total global disease.

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: ten percent of global disease

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: contaminated

answers: NDQ_001775

answers: safe disposal of human waste

answers: NDQ_001776

answers: contaminated water

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: human waste

answers: NDQ_001781

answers: contaminated with human waste

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How can we live longer without water than without food?

answers: NDQ_001787

answers: Which of the following is not a reason for water safety plans?

answers: NDQ_001788

answers: Which of the following is not a reason to improve the water supply, sanitation and hygiene?

answers: NDQ_001789

answers: Which of the following is not a use of water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Improving the water supply could prevent ten percent of total global disease

answers: NDQ_001797

answers: Which of the following is not a reason to improve the water supply, sanitation and hygiene?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause global disease

answers: NDQ_001802

answers: not contaminated

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: human waste

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: contaminated.

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: human waste

answers: NDQ_001773

answers: contaminated.

answers: NDQ_001774

answers: human waste

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: The quality of drinking water

answers: NDQ_001778

answers: waste

answers: NDQ_001781

answers: The quality of drinking water

answers: NDQ_001782

answers: ten percent of total global disease.

answers: NDQ_001785

answers: ten percent of total global disease.

answers: NDQ_001787

answers: contaminated.

answers: NDQ_001788

answers: The quality of drinking water

answers: NDQ_001789

answers: water resources

answers: NDQ_001790

answers: ten percent of total global disease.

answers: NDQ_001791

answers: ten percent of total global disease.

answers: NDQ_001792

answers: The quality of drinking water

answers: NDQ_001793

answers: drinking water supplies are not contaminated.

answers: NDQ_001794

answers: ten percent of total global disease.

answers: NDQ_001795

answers: ten percent of total global disease.

answers: NDQ_001796

answers: ten percent of total global disease.

answers: NDQ_001797

answers: The quality of drinking water

answers: NDQ_001798

answers: Improving the water supply, sanitation, hygiene and management of our water resources

answers: NDQ_001799

answers: drinking water supplies are not contaminated.

answers: NDQ_001800

answers: contaminated.

answers: NDQ_001801

answers: ten percent of total global disease.

answers: NDQ_001802

answers: drinking water supplies are not contaminated.

answers: NDQ_001803

answers: waste

answers: NDQ_001804

answers: water safety plans

answers: NDQ_001805

answers: human waste

text: The projects were not launched for fear of losing too much money and conviction of the human impossibility to dig such a canal. The major problem was how to supply the summit sections with enough water.

text: The projects were not launched for fear of losing too much money and conviction of the human impossibility to dig such a canal. The major problem was how to supply the summit sections with enough water.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: None of the above choices.

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: can be used to grow crops

answers: NDQ_001774

answers: is not able to be supplied

answers: NDQ_001775

answers: to wash clothes

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the location of the population

answers: NDQ_001778

answers: fear of losing too much money

answers: NDQ_001781

answers: doesn't have enough nutrients

answers: NDQ_001782

answers: None of the above choices .

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: None of the above choices .

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: What can be done with water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: None of the above choices .

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: It's impossible to say

answers: NDQ_001796

answers: None of the above choices .

answers: NDQ_001797

answers: It's impossible to dig a canal in a dry climate

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: was a

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: a canal

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: human impossibility to dig such a canal.

answers: NDQ_001769

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001770

answers: losing too much money

answers: NDQ_001771

answers: summit sections with enough water.

answers: NDQ_001772

answers: summit sections

answers: NDQ_001773

answers: The projects were not launched for fear of losing too much money

answers: NDQ_001774

answers: losing too much money

answers: NDQ_001775

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: money

answers: NDQ_001778

answers: fear of losing too much money

answers: NDQ_001781

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001782

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001788

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001789

answers: water.

answers: NDQ_001790

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001791

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001792

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001793

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001794

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001795

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001796

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001797

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001798

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001799

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001800

answers: how to supply the summit sections with enough water.

answers: NDQ_001801

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001802

answers: The major problem was how to supply the summit sections with enough water.

answers: NDQ_001803

answers: canal. The major problem was how to supply the summit sections with enough water.

answers: NDQ_001804

answers: canal.

answers: NDQ_001805

answers: summit sections

text: Where limited space is available, and a fresh water tank cannot be fitted, the machine will still retain its demand tank, but it will be fed from an outdoor "garden" water tap via a separate supply hose reel. This, of course, requires that the property has an external cold water tap, which can be hard to find on some commercial sites. However, by carrying a range of different fittings, a tap key (for taps that have their handle removed to avoid unwanted water usage), and enough hose on the reel, the cleaner will usually be able to handle this situation.

text: Where limited space is available, and a fresh water tank cannot be fitted, the machine will still retain its demand tank, but it will be fed from an outdoor "garden"

text: water tap

text: via a separate supply

text: hose reel

text: . This, of course, requires that the property has an external cold

text: water tap

text: , which can be hard to find on some commercial sites. However, by carrying a range of different fittings, a tap key (for taps that have their handle removed to avoid unwanted water usage), and enough hose on the reel, the cleaner will usually be able to handle this situation.

answers: NDQ_001768

answers: fresh water tanks

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: cold water taps

answers: NDQ_001771

answers: outdoor "garden"

answers: NDQ_001772

answers: commercial sites

answers: NDQ_001773

answers: What is the name of the chemical that is used to kill weeds?

answers: NDQ_001774

answers: taps that have their handle removed

answers: NDQ_001775

answers: cleaning

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: limited space

answers: NDQ_001778

answers: unwanted water usage

answers: NDQ_001781

answers: taps that have their handle removed

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why may large irrigation systems waste a lot of water?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Where limited space is available, and a fresh water tank cannot be fitted

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe the climate?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What can be hard to find on some commercial sites?

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: can be hard to find on some commercial sites

answers: NDQ_001803

answers: garden water tap

answers: NDQ_001804

answers: a fresh water tank

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: outdoor "garden" water tap

answers: NDQ_001769

answers: "garden"

answers: NDQ_001770

answers: unwanted water usage),

answers: NDQ_001771

answers: "garden"

answers: NDQ_001772

answers: cleaner

answers: NDQ_001773

answers: outdoor "garden" water tap

answers: NDQ_001774

answers: unwanted water usage),

answers: NDQ_001775

answers: cleaner

answers: NDQ_001776

answers: water usage),

answers: NDQ_001777

answers: limited space

answers: NDQ_001778

answers: unwanted water usage),

answers: NDQ_001781

answers: unwanted water usage),

answers: NDQ_001782

answers: external cold water tap,

answers: NDQ_001785

answers: outdoor "garden" water tap

answers: NDQ_001787

answers: outdoor "garden" water tap

answers: NDQ_001788

answers: Where limited space is available, and a fresh water tank cannot be fitted,

answers: NDQ_001789

answers: outdoor "garden" water tap

answers: NDQ_001790

answers: outdoor "garden" water tap

answers: NDQ_001791

answers: outdoor "garden" water tap

answers: NDQ_001792

answers: outdoor "garden" water tap

answers: NDQ_001793

answers: outdoor "garden" water tap

answers: NDQ_001794

answers: outdoor "garden" water tap

answers: NDQ_001795

answers: outdoor "garden" water tap

answers: NDQ_001796

answers: outdoor "garden" water tap

answers: NDQ_001797

answers: outdoor "garden" water tap

answers: NDQ_001798

answers: outdoor "garden" water tap

answers: NDQ_001799

answers: outdoor "garden" water tap

answers: NDQ_001800

answers: fresh water

answers: NDQ_001801

answers: Where limited space is available, and a fresh water tank cannot be fitted,

answers: NDQ_001802

answers: outdoor "garden" water tap

answers: NDQ_001803

answers: "garden" water tap

answers: NDQ_001804

answers: outdoor "garden" water tap

answers: NDQ_001805

answers: cleaner

text: "Specific water availability is the residual (after use) per capita quantity of fresh water." Fresh water resources are unevenly distributed in terms of space and time and can go from floods to water shortages within months in the same area. In 1998 76% of the total population had a specific water availability of less than 5.0 thousand m3 per year per capita. Already by 1998, 35% of the global population suffered "very low or catastrophically low water supplies" and Shiklomanov predicted that the situation would deteriorate in the twenty-first century with "most of the Earth's population will be living under the conditions of low or catastrophically low water supply" by 2025. There is only 2.5% of fresh water in the hydrosphere.

text: "Specific water availability is the residual (after use) per capita quantity of fresh water." Fresh water resources are unevenly distributed in terms of space and time and can go from floods to water shortages within months in the same area. In 1998 76% of the total population had a specific water availability of less than 5.0 thousand m3 per year per capita. Already by 1998, 35% of the global population suffered "very low or catastrophically low water supplies" and Shiklomanov predicted that the situation would deteriorate in the twenty-first century with "most of the Earth's population will be living under the conditions of low or catastrophically low water supply" by 2025. There is only 2.5% of fresh water in the hydrosphere.

answers: NDQ_001768

answers: 5.0 thousand m3

answers: NDQ_001769

answers: what is the second to last word in the passage?

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: How many m3 of fresh water are in the hydrosphere?

answers: NDQ_001772

answers: __

answers: NDQ_001773

answers: Which of the following is not a source of specific water availability: fresh water or agricultural chemicals?

answers: NDQ_001774

answers: is not used

answers: NDQ_001775

answers: What is the residual (after use) per capita quantity of fresh water?

answers: NDQ_001776

answers: low water availability

answers: NDQ_001777

answers: space and time

answers: NDQ_001778

answers: use

answers: NDQ_001781

answers: is not enough

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: what is the second to last word in the passage?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: What can go from floods to water shortages within months in the same area?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many percent of the global population suffered "very low or catastrophically low water supplies"?

answers: NDQ_001797

answers: How many percent of people had a specific water availability of less than 5.0 thousand m3 per year per capita

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water shortages within months in the same area

answers: NDQ_001801

answers: catastrophically low water supplies

answers: NDQ_001802

answers: there is only 2.5% of fresh water in the hydrosphere

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001769

answers: "Specific water availability

answers: NDQ_001770

answers: floods to water shortages

answers: NDQ_001771

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001772

answers: 76% of the total population

answers: NDQ_001773

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001774

answers: (after use)

answers: NDQ_001775

answers: 5.0 thousand m3

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: space and time

answers: NDQ_001778

answers: use)

answers: NDQ_001781

answers: Fresh water resources are unevenly distributed in terms of space and time

answers: NDQ_001782

answers: water."

answers: NDQ_001785

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001787

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001788

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001789

answers: fresh water."

answers: NDQ_001790

answers: 2.5%

answers: NDQ_001791

answers: 2.5%

answers: NDQ_001792

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001793

answers: 76%

answers: NDQ_001794

answers: There is only 2.5% of fresh water in the hydrosphere.

answers: NDQ_001795

answers: "most

answers: NDQ_001796

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001797

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001798

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001799

answers: 5.0 thousand m3 per year per capita.

answers: NDQ_001800

answers: "very low or catastrophically low water supplies"

answers: NDQ_001801

answers: floods

answers: NDQ_001802

answers: "very low or catastrophically low water supplies"

answers: NDQ_001803

answers: water."

answers: NDQ_001804

answers: 5.0 thousand m3

answers: NDQ_001805

answers: floods

text: There were no independent water supplies at least before 1961. There were public pipes but not enough. The Tai Hom Village Kai-Fong Welfare Association lodged a request for independent water supply in 1984. In 1985, reports showed that wells were still one of the water supplies of the citizens.

text: There were no independent water supplies at least before 1961. There were public pipes but not enough. The Tai Hom Village Kai-Fong Welfare Association lodged a request for independent water supply in 1984. In 1985, reports showed that wells were still one of the water supplies of the citizens.

answers: NDQ_001768

answers: wells

answers: NDQ_001769

answers: The Tai Hom Village Kai-Fong Welfare Association

answers: NDQ_001770

answers: wells to break down

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: wells

answers: NDQ_001773

answers: Which of the following is not a product of the Tai Hom Village Kai-Fong Welfare Association: agricultural chemicals, water supplies or wells?

answers: NDQ_001774

answers: wells are not used

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: wells

answers: NDQ_001777

answers: wells

answers: NDQ_001778

answers: public pipes but not enough

answers: NDQ_001781

answers: was not enough

answers: NDQ_001782

answers: Why did the Tai Hom Village Kai-Fong Welfare Association want independent water supplies?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may be the reason for the lack of independent water supplies?

answers: NDQ_001788

answers: What may be the reason for the lack of independent water supplies before 1961?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What is the purpose of the Tai Hom Village Kai-Fong Welfare Association?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the reason for the lack of independent water supplies?

answers: NDQ_001797

answers: How would you describe the Tai Hom Village Kai-Fong Welfare Association?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: wells

answers: NDQ_001769

answers: public pipes

answers: NDQ_001770

answers: There were no independent water supplies

answers: NDQ_001771

answers: There were no independent water supplies

answers: NDQ_001772

answers: wells

answers: NDQ_001773

answers: There were no independent water supplies

answers: NDQ_001774

answers: public pipes

answers: NDQ_001775

answers: public pipes

answers: NDQ_001776

answers: water supplies

answers: NDQ_001777

answers: public pipes

answers: NDQ_001778

answers: a request for independent water supply

answers: NDQ_001781

answers: not enough.

answers: NDQ_001782

answers: There were no independent water supplies

answers: NDQ_001785

answers: There were no independent water supplies

answers: NDQ_001787

answers: wells were still one of the water supplies of the citizens.

answers: NDQ_001788

answers: wells were still one of the water supplies of the citizens.

answers: NDQ_001789

answers: wells

answers: NDQ_001790

answers: There were no independent water supplies

answers: NDQ_001791

answers: There were no independent water supplies at least before 1961.

answers: NDQ_001792

answers: wells were still one of the water supplies of the citizens.

answers: NDQ_001793

answers: wells were still one of the water supplies of the citizens.

answers: NDQ_001794

answers: wells

answers: NDQ_001795

answers: independent water supplies

answers: NDQ_001796

answers: wells were still one of the water supplies of the citizens.

answers: NDQ_001797

answers: wells were still one of the water supplies of the citizens.

answers: NDQ_001798

answers: There were no independent water supplies

answers: NDQ_001799

answers: public pipes

answers: NDQ_001800

answers: water supplies

answers: NDQ_001801

answers: 1985,

answers: NDQ_001802

answers: In 1985,

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: wells were still one of the water supplies of the citizens.

text: About 70% of all water produced was non-revenue water and only 30% was billed. Only 70% of these bills were actually paid, so that ultimately only 21% of the water produced was actually paid for. Furthermore, the regional water and sewer companies had about three times more staff per connection than in other Eastern European and Central Asian utilities. Low revenues and high costs led to an average operating cost recovery rate of only 60%. On all these counts, the performance of Albanian water companies was much lower than the performance of utilities in other former communist countries ten years after the beginning of the transition process. Concerning service quality, on average water was available only 3–4 hours per day. Certain areas received water only once in three days, which was partly due to intermittent power supply for pumps. There was no wastewater treatment. Sewers were often clogged causing seepage and cross-contamination with drinking water. Many covers for manholes were missing so that they filled with rubbish.

text: About 70% of all water produced was

text: non-revenue water

text: and only 30% was billed. Only 70% of these bills were actually paid, so that ultimately only 21% of the water produced was actually paid for. Furthermore, the regional water and sewer companies had about three times more staff per connection than in other Eastern European and Central Asian utilities. Low revenues and high costs led to an average operating cost recovery rate of only 60%. On all these counts, the performance of Albanian water companies was much lower than the performance of utilities in other former communist countries ten years after the beginning of the transition process. Concerning service quality, on average water was available only 3–4 hours per day. Certain areas received water only once in three days, which was partly due to intermittent power supply for pumps. There was no wastewater treatment. Sewers were often clogged causing seepage and cross-contamination with drinking water. Many covers for

text: manhole

text: s were missing so that they filled with rubbish.

answers: NDQ_001768

answers: non-revenue water

answers: NDQ_001769

answers: non-revenue water

answers: NDQ_001770

answers: cross-contamination with drinking water

answers: NDQ_001771

answers: How many hours per day was water available?

answers: NDQ_001772

answers: Albanian water companies

answers: NDQ_001773

answers: Which of the following is not a non-revenue water: non-revenue water, wastewater treatment, or wastewater treatment?

answers: NDQ_001774

answers: non-revenue water

answers: NDQ_001775

answers: non-revenue water

answers: NDQ_001776

answers: untreated water

answers: NDQ_001777

answers: intermittent power supply

answers: NDQ_001778

answers: Sewers were often clogged

answers: NDQ_001781

answers: non-revenue water

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What was the average operating cost recovery rate of only 60%?

answers: NDQ_001789

answers: Which of the following is not an example of intermittent power supply for pumps?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many years after the beginning of the transition process did Albanian water companies perform better than utilities in other former communist countries

answers: NDQ_001797

answers: How many percent of the water produced was actually paid for?

answers: NDQ_001798

answers: How many percent of the water produced was actually paid for?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: ten years after the beginning of the transition process

answers: NDQ_001802

answers: 70% of all water produced was non-revenue water

answers: NDQ_001803

answers: pumping

answers: NDQ_001804

answers: manholes

answers: NDQ_001805

answers: non-revenue

answers: NDQ_001768

answers: 3–4 hours per day.

answers: NDQ_001769

answers: non-revenue

answers: NDQ_001770

answers: seepage and cross-contamination with drinking water.

answers: NDQ_001771

answers: 3–4 hours per day.

answers: NDQ_001772

answers: non-revenue water

answers: NDQ_001773

answers: 70% of all water produced was non-revenue water

answers: NDQ_001774

answers: cross-contamination with drinking water.

answers: NDQ_001775

answers: produced was non-revenue water

answers: NDQ_001776

answers: drinking water.

answers: NDQ_001777

answers: intermittent power supply for pumps.

answers: NDQ_001778

answers: Sewers were often clogged

answers: NDQ_001781

answers: There was no wastewater treatment.

answers: NDQ_001782

answers: 3–4 hours per day.

answers: NDQ_001785

answers: 3–4 hours per day.

answers: NDQ_001787

answers: wastewater treatment.

answers: NDQ_001788

answers: 70% of all water produced was non-revenue water

answers: NDQ_001789

answers: pumps.

answers: NDQ_001790

answers: 3–4 hours per day.

answers: NDQ_001791

answers: 70% of all water produced was non-revenue water

answers: NDQ_001792

answers: 70% of all water produced was non-revenue water

answers: NDQ_001793

answers: 3–4 hours per day.

answers: NDQ_001794

answers: 70% of all water produced was non-revenue water

answers: NDQ_001795

answers: 3–4 hours per day.

answers: NDQ_001796

answers: 3–4 hours per day.

answers: NDQ_001797

answers: 3–4 hours per day.

answers: NDQ_001798

answers: 3–4 hours per day.

answers: NDQ_001799

answers: cross-contamination with drinking water.

answers: NDQ_001800

answers: water produced was non-revenue water

answers: NDQ_001801

answers: Certain areas received water only once in three days,

answers: NDQ_001802

answers: cross-contamination with drinking water.

answers: NDQ_001803

answers: no wastewater treatment.

answers: NDQ_001804

answers: Sewers

answers: NDQ_001805

answers: drinking water.

text: Water quality standards (WQS) are risk-based requirements which set site-specific allowable pollutant levels for individual water bodies, such as rivers, lakes, streams and wetlands.  States set WQS by designating uses for the water body (e.g., recreation, water supply, aquatic life, agriculture) and applying water quality criteria (numeric pollutant concentrations and narrative requirements) to protect the designated uses. An antidegradation policy is also issued by each state to maintain and protect existing uses and high quality waters.

text: Water quality standards (WQS) are risk-based requirements which set site-specific allowable pollutant levels for individual water bodies, such as rivers, lakes, streams and wetlands.  States set WQS by designating uses for the water body (e.g., recreation, water supply, aquatic life, agriculture) and applying water quality criteria (numeric pollutant concentrations and narrative requirements) to protect the designated uses. An antidegradation policy is also issued by each state to maintain and protect existing uses and high quality waters.

answers: NDQ_001768

answers: recreation

answers: NDQ_001769

answers: recreation

answers: NDQ_001770

answers: pollutant levels

answers: NDQ_001771

answers: What are some examples of recreational uses?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Water quality standards (WQS) by designating uses for the water body (e.g., recreation, water supply, aquatic life, agriculture) and applying water quality criteria (numeric pollutant concentrations and narrative requirements) to protect the designated uses

answers: NDQ_001774

answers: is polluted

answers: NDQ_001775

answers: recreation, water supply, aquatic life, agriculture

answers: NDQ_001776

answers: water quality standards

answers: NDQ_001777

answers: WQS

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: WQS are not met

answers: NDQ_001782

answers: Which of the following is not a form of life: aquatic life, agriculture, or recreation?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a use of WQS?

answers: NDQ_001788

answers: designating uses for the water body

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a use of WQS?

answers: NDQ_001797

answers: Which of the following is not a type of use for water?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water quality standards

answers: NDQ_001801

answers: can cause a water quality problem

answers: NDQ_001802

answers: allowable pollutant levels

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: recreation

answers: NDQ_001768

answers: recreation, water supply, aquatic life, agriculture)

answers: NDQ_001769

answers: recreation,

answers: NDQ_001770

answers: antidegradation

answers: NDQ_001771

answers: recreation, water supply, aquatic life,

answers: NDQ_001772

answers: agriculture)

answers: NDQ_001773

answers: agriculture)

answers: NDQ_001774

answers: antidegradation

answers: NDQ_001775

answers: water supply,

answers: NDQ_001776

answers: pollutant

answers: NDQ_001777

answers: States set WQS by designating uses

answers: NDQ_001778

answers: agriculture)

answers: NDQ_001781

answers: antidegradation

answers: NDQ_001782

answers: aquatic life,

answers: NDQ_001785

answers: Water quality standards (WQS)

answers: NDQ_001787

answers: Water quality standards

answers: NDQ_001788

answers: agriculture)

answers: NDQ_001789

answers: Water quality standards

answers: NDQ_001790

answers: Water quality standards

answers: NDQ_001791

answers: wetlands.

answers: NDQ_001792

answers: Water quality standards

answers: NDQ_001793

answers: rivers, lakes, streams and wetlands.

answers: NDQ_001794

answers: rivers, lakes, streams and wetlands.

answers: NDQ_001795

answers: Water quality standards

answers: NDQ_001796

answers: Water quality standards

answers: NDQ_001797

answers: recreation,

answers: NDQ_001798

answers: Water quality standards

answers: NDQ_001799

answers: rivers,

answers: NDQ_001800

answers: Water quality standards

answers: NDQ_001801

answers: Water quality standards (WQS)

answers: NDQ_001802

answers: allowable pollutant levels

answers: NDQ_001803

answers: agriculture)

answers: NDQ_001804

answers: Water quality standards

answers: NDQ_001805

answers: recreation, water supply, aquatic life, agriculture)

text: Drinking water for 391 households is supplied from a source: greater than elevation of 100 meter - 13, within Elevation of 50-100 meter - 149, within Elevation of less than 50 meters -127, within House - 102.  within an elevation of more than 50 meters. There is a lack of sanitary latrine facilities. Out of a total of 392 homes: 291 use open defection, 44 use a group latrine with regular water supply, 22 use group latrine with regular water supply, 2 use a clean group latrine with regular water supply and a regular sweeper and 33 use a  private latrine.

text: Drinking water for 391 households is supplied from a source: greater than elevation of 100 meter - 13, within Elevation of 50-100 meter - 149, within Elevation of less than 50 meters -127, within House - 102.  within an elevation of more than 50 meters. There is a lack of sanitary latrine facilities. Out of a total of 392 homes: 291 use open defection, 44 use a group latrine with regular water supply, 22 use group latrine with regular water supply, 2 use a clean group latrine with regular water supply and a regular sweeper and 33 use a  private latrine.

answers: NDQ_001768

answers: group latrine with regular water supply

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Drinking water

answers: NDQ_001771

answers: open defection

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: are used in the production of:

answers: NDQ_001774

answers: within an elevation of more than 50 meters

answers: NDQ_001775

answers: -127

answers: NDQ_001776

answers: open defection

answers: NDQ_001777

answers: Elevation

answers: NDQ_001778

answers: open defection

answers: NDQ_001781

answers: within Elevation of less than 50 meters

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: Yes

answers: NDQ_001787

answers: It is not possible to tell

answers: NDQ_001788

answers: within Elevation of less than 50 meters

answers: NDQ_001789

answers: Can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: within Elevation of less than 50 meters

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: -127

answers: NDQ_001797

answers: -127

answers: NDQ_001798

answers: -127

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: within Elevation of less than 50 meters

answers: NDQ_001803

answers: open defection

answers: NDQ_001804

answers: -127

answers: NDQ_001805

answers: open defection

answers: NDQ_001768

answers: open defection,

answers: NDQ_001769

answers: Drinking water

answers: NDQ_001770

answers: open defection,

answers: NDQ_001771

answers: open defection,

answers: NDQ_001772

answers: open defection,

answers: NDQ_001773

answers: 291 use open defection,

answers: NDQ_001774

answers: open defection,

answers: NDQ_001775

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001776

answers: open defection,

answers: NDQ_001777

answers: greater than elevation of 100 meter

answers: NDQ_001778

answers: open defection,

answers: NDQ_001781

answers: lack of sanitary latrine facilities.

answers: NDQ_001782

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001785

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001787

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001788

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001789

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001790

answers: lack of sanitary latrine facilities.

answers: NDQ_001791

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001792

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001793

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001794

answers: greater than elevation of 100 meter

answers: NDQ_001795

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001796

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001797

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001798

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001799

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001800

answers: sanitary latrine facilities.

answers: NDQ_001801

answers: 149,

answers: NDQ_001802

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001803

answers: clean group latrine with regular water supply and a regular sweeper

answers: NDQ_001804

answers: greater than elevation of 100 meter - 13,

answers: NDQ_001805

answers: open defection,

text: New York City is supplied with drinking water by the protected Catskill Mountains watershed. As a result of the watershed's integrity and undisturbed natural water filtration system, New York is one of only four major cities in the United States the majority of whose drinking water is pure enough not to require purification by water treatment plants. The Croton Watershed north of the city is undergoing construction of a US$3.2 billion water purification plant to augment New York City's water supply by an estimated 290 million gallons daily, representing a greater than 20% addition to the city's current availability of water. Manhattan, surrounded by two brackish rivers, had a limited supply of fresh water. To satisfy its growing population, the City of New York acquired land in adjacent Westchester County and constructed the old Croton Aqueduct system there, which went into service in 1842 and was superseded by the new Croton Aqueduct, which opened in 1890. This, however, was interrupted in 2008 for the ongoing construction of a US$3.2 billion water purification plant that can supply an estimated 290 million gallons daily when completed, representing an almost 20% addition to the city's availability of water, with this addition going to Manhattan and the Bronx. Water comes to Manhattan through New York City Water Tunnel No. 1, Tunnel No. 2, and Tunnel No. 3, completed in 1917, 1936, and (Manhattan's supply) 2013, respectively.

text: New York City is supplied with drinking water by the protected

text: Catskill Mountains

text: watershed

text: . As a result of the watershed's integrity and undisturbed

text: natural water filtration system

text: , New York is one of only four major cities in the United States the majority of whose drinking water is pure enough not to require purification by

text: water treatment

text: plants. The

text: Croton Watershed

text: north of the city is undergoing construction of a US$3.2 billion water purification plant to augment New York City's water supply by an estimated 290 million gallons daily, representing a greater than 20% addition to the city's current availability of water. Manhattan, surrounded by two

text: brackish

text: rivers, had a limited supply of

text: fresh water

text: . To satisfy its growing population, the City of New York acquired land in adjacent

text: Westchester County

text: and constructed the old

text: Croton Aqueduct

text: system there, which went into service in 1842 and was superseded by the

text: new Croton Aqueduct

text: , which opened in 1890. This, however, was interrupted in 2008 for the ongoing construction of a US$3.2 billion water purification plant that can supply an estimated 290 million gallons daily when completed, representing an almost 20% addition to the city's availability of water, with this addition going to Manhattan and the Bronx. Water comes to Manhattan through

text: New York City Water Tunnel No. 1

text: Tunnel No. 2

text: , and

text: Tunnel No. 3

text: , completed in 1917, 1936, and (Manhattan's supply) 2013, respectively.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: To satisfy its growing population

answers: NDQ_001770

answers: How many years did the Croton Aqueduct system go into service?

answers: NDQ_001771

answers: How many years did the Croton Aqueduct system go into service?

answers: NDQ_001772

answers: New York City

answers: NDQ_001773

answers: Which of the following is not a product of the Catskill Mountains watershed: Agricultural chemicals or water?

answers: NDQ_001774

answers: is not pure enough

answers: NDQ_001775

answers: How many years was the old Croton Aqueduct system in service?

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: construction of what?

answers: NDQ_001778

answers: growing population

answers: NDQ_001781

answers: is not pure enough

answers: NDQ_001782

answers: Which happened first, the Croton Aqueduct system went into service or the new Croton Aqueduct system opened?

answers: NDQ_001785

answers: How many years after the Croton Aqueduct system went into service did the Croton Aqueduct system go into service?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many years after the Croton Watershed north of the city is undergoing construction of a US$3.2 billion water purification plant to augment New York City's water supply by an estimated 290 million gallons daily, representing a greater than 20% addition to the city's current availability of water

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many major cities are supplied with drinking water by the protected Catskill Mountains watershed?

answers: NDQ_001797

answers: How many years after the Croton Aqueduct system was superseded by the new Croton Aqueduct was Manhattan surrounded by two brackish rivers?

answers: NDQ_001798

answers: How many years after the old Croton Aqueduct system was superseded by the new Croton Aqueduct?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: The Croton Watershed

answers: NDQ_001802

answers: 20% addition to the city's availability of water

answers: NDQ_001803

answers: water purification plant

answers: NDQ_001804

answers: Croton Aqueduct

answers: NDQ_001805

answers: not enough information

answers: NDQ_001768

answers: water treatment plants.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: purification by water treatment plants.

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: New York is one of only four major cities in the United States

answers: NDQ_001773

answers: New York City is supplied with drinking water

answers: NDQ_001774

answers: purification by water treatment plants.

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: limited supply of fresh water.

answers: NDQ_001778

answers: growing population,

answers: NDQ_001781

answers: purification by water treatment plants.

answers: NDQ_001782

answers: 1917,

answers: NDQ_001785

answers: 1917,

answers: NDQ_001787

answers: The Croton Watershed

answers: NDQ_001788

answers: drinking water

answers: NDQ_001789

answers: New York City Water Tunnel No. 1,

answers: NDQ_001790

answers: New York is one of only four major cities in the United States

answers: NDQ_001791

answers: 1917,

answers: NDQ_001792

answers: New York City is supplied with drinking water

answers: NDQ_001793

answers: New York is one of only four major cities in the United States

answers: NDQ_001794

answers: New York is one of only four major cities in the United States

answers: NDQ_001795

answers: New York is one of only four major cities in the United States

answers: NDQ_001796

answers: 1917,

answers: NDQ_001797

answers: brackish rivers, had a limited supply of fresh water.

answers: NDQ_001798

answers: Croton Aqueduct, which opened in 1890.

answers: NDQ_001799

answers: pure enough not to require purification by water treatment plants.

answers: NDQ_001800

answers: fresh water.

answers: NDQ_001801

answers: 2008

answers: NDQ_001802

answers: pure enough not to require purification by water treatment plants.

answers: NDQ_001803

answers: purification by water treatment plants.

answers: NDQ_001804

answers: Croton Aqueduct

answers: NDQ_001805

answers: purification by water treatment plants.

text: There is also a risk of insects carrying feces to food and water supplies, making them unsuitable for human consumption.

text: There is also a risk of insects carrying feces to food and water supplies, making them unsuitable for human consumption.

answers: NDQ_001768

answers: unsuitable

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: feces

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used in the production of food

answers: NDQ_001774

answers: feces is carried

answers: NDQ_001775

answers: feces

answers: NDQ_001776

answers: feces

answers: NDQ_001777

answers: the weather

answers: NDQ_001778

answers: human consumption

answers: NDQ_001781

answers: carries feces

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: iii.

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: None of the above choices.

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: it is not possible to tell

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: pests

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: unsuitable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can carry feces

answers: NDQ_001805

answers: unsuitable

answers: NDQ_001768

answers: water supplies, making them unsuitable for human consumption.

answers: NDQ_001769

answers: human consumption.

answers: NDQ_001770

answers: insects carrying feces

answers: NDQ_001771

answers: human consumption.

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: unsuitable for human consumption.

answers: NDQ_001774

answers: insects carrying feces

answers: NDQ_001775

answers: water supplies, making them unsuitable for human consumption.

answers: NDQ_001776

answers: insects carrying feces

answers: NDQ_001777

answers: insects carrying feces to food

answers: NDQ_001778

answers: feces

answers: NDQ_001781

answers: insects

answers: NDQ_001782

answers: insects carrying feces to food and water supplies,

answers: NDQ_001785

answers: food and water supplies, making them unsuitable for human consumption.

answers: NDQ_001787

answers: insects carrying feces to food and water supplies,

answers: NDQ_001788

answers: insects carrying feces to food and water supplies,

answers: NDQ_001789

answers: water supplies, making them unsuitable for human consumption.

answers: NDQ_001790

answers: insects carrying feces to food and water supplies,

answers: NDQ_001791

answers: insects carrying feces to food and water supplies,

answers: NDQ_001792

answers: unsuitable for human consumption.

answers: NDQ_001793

answers: unsuitable for human consumption.

answers: NDQ_001794

answers: water supplies, making them unsuitable for human consumption.

answers: NDQ_001795

answers: water supplies, making them unsuitable for human consumption.

answers: NDQ_001796

answers: insects carrying feces to food and water supplies,

answers: NDQ_001797

answers: unsuitable for human consumption.

answers: NDQ_001798

answers: insects carrying feces to food and water supplies,

answers: NDQ_001799

answers: unsuitable for human consumption.

answers: NDQ_001800

answers: insects carrying feces to food and water supplies,

answers: NDQ_001801

answers: a risk of insects carrying feces to food and water supplies,

answers: NDQ_001802

answers: unsuitable for human consumption.

answers: NDQ_001803

answers: a risk of insects carrying feces to food and water supplies,

answers: NDQ_001804

answers: water supplies, making them unsuitable for human consumption.

answers: NDQ_001805

answers: human consumption.

text: The “Dublin Statement on Water and Sustainable Development”, mentioned above, is a good example of the new trend to overcome water supply problems. This statement, suggested by advanced economies, has come up with some principles that are of great significance to urban water supply. These are:

text: The “Dublin Statement on Water and Sustainable Development”, mentioned above, is a good example of the new trend to overcome water supply problems. This statement, suggested by advanced economies, has come up with some principles that are of great significance to urban water supply. These are:

answers: NDQ_001768

answers: urban water supply

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: urban populations

answers: NDQ_001773

answers: Which of the following is an example of a new trend to overcome water supply problems?

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: famine

answers: NDQ_001777

answers: _ .

answers: NDQ_001778

answers: deforestation

answers: NDQ_001781

answers: wastes too much energy

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: Which of the following is not a principle of urban water supply?

answers: NDQ_001787

answers: Which of the following statements is NOT true?

answers: NDQ_001788

answers: Which of the following is not a problem with large irrigation systems?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: Which of the following is not true?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is NOT true?

answers: NDQ_001795

answers: (iv)

answers: NDQ_001796

answers: The Dublin Statement on Water and Sustainable Development

answers: NDQ_001797

answers: Which of the following is TRUE about urban water supply?

answers: NDQ_001798

answers: c).

answers: NDQ_001799

answers: The Dublin Statement on Water and Sustainable Development

answers: NDQ_001800

answers: water supply problems

answers: NDQ_001801

answers: NDQ_001802

answers: urban water supply

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: septic tanks

answers: NDQ_001805

answers: urban water supply

answers: NDQ_001768

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001769

answers: urban

answers: NDQ_001770

answers: water supply problems.

answers: NDQ_001771

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001772

answers: urban

answers: NDQ_001773

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001774

answers: water supply problems.

answers: NDQ_001775

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001776

answers: water supply problems.

answers: NDQ_001777

answers: advanced economies,

answers: NDQ_001778

answers: urban water

answers: NDQ_001781

answers: water supply problems.

answers: NDQ_001782

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001785

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001787

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001788

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001789

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001790

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001791

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001792

answers: The “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001793

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001794

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001795

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001796

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001797

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001798

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001799

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001800

answers: water supply problems.

answers: NDQ_001801

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001802

answers: water supply problems.

answers: NDQ_001803

answers: water supply problems.

answers: NDQ_001804

answers: “Dublin Statement on Water and Sustainable Development”,

answers: NDQ_001805

answers: urban water supply.

text: Lyme brook is still classed as having bad ecological quality under the Water Framework Directive, the lowest rating for any stream in North Staffordshire.  This is the lowest of the bands in the five part framework scale, which ranges from high, good, and moderate, through to poor and finally bad. Problems include poor water quality and low levels of aquatic ecology.

text: Lyme brook is still classed as having bad ecological quality under the

text: Water Framework Directive

text: , the lowest rating for any stream in North Staffordshire.  This is the lowest of the bands in the five part framework scale, which ranges from high, good, and moderate, through to poor and finally bad. Problems include poor water quality and low levels of aquatic ecology.

answers: NDQ_001768

answers: bad ecological quality

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: low levels of aquatic ecology

answers: NDQ_001771

answers: bad ecological quality

answers: NDQ_001772

answers: aquatic ecology

answers: NDQ_001773

answers: Lyme brook is still classed as having bad ecological quality under the Water Framework Directive, the lowest rating for any stream in North Staffordshire.

answers: NDQ_001774

answers: bad ecological quality

answers: NDQ_001775

answers: What is Lyme brook used for?

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: bad ecological quality

answers: NDQ_001778

answers: poor water quality

answers: NDQ_001781

answers: bad ecological quality

answers: NDQ_001782

answers: Why is Lyme brook still classed as having bad ecological quality?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a problem with Lyme brook?

answers: NDQ_001788

answers: What is Lyme brook?

answers: NDQ_001789

answers: What is Lyme brook classified as having?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is Lyme brook classified as having?

answers: NDQ_001797

answers: Why is Lyme brook still classed as having bad ecological quality?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: bad ecological quality

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Lyme Brook

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Water Framework Directive,

answers: NDQ_001769

answers: Water Framework Directive,

answers: NDQ_001770

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001771

answers: Lyme brook

answers: NDQ_001772

answers: Water Framework Directive,

answers: NDQ_001773

answers: Water Framework Directive,

answers: NDQ_001774

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001775

answers: Water Framework Directive,

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: poor water quality

answers: NDQ_001778

answers: low levels of aquatic ecology.

answers: NDQ_001781

answers: poor water quality

answers: NDQ_001782

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001785

answers: Water Framework Directive,

answers: NDQ_001787

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001788

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001789

answers: Water Framework Directive,

answers: NDQ_001790

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001791

answers: Water Framework Directive,

answers: NDQ_001792

answers: Lyme brook is still classed as having bad ecological quality

answers: NDQ_001793

answers: high,

answers: NDQ_001794

answers: Water Framework Directive, the lowest rating for any stream in North Staffordshire.

answers: NDQ_001795

answers: Lyme brook is still classed as having bad ecological quality

answers: NDQ_001796

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001797

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001798

answers: Water Framework Directive,

answers: NDQ_001799

answers: Water Framework Directive,

answers: NDQ_001800

answers: poor water quality and low levels of aquatic ecology.

answers: NDQ_001801

answers: Lyme brook is still classed as having bad ecological quality

answers: NDQ_001802

answers: poor water quality

answers: NDQ_001803

answers: Water Framework Directive,

answers: NDQ_001804

answers: Water Framework Directive,

answers: NDQ_001805

answers: Water Framework Directive,

text: Leaks in the distribution system are a major cause of concern for drinking water quality. When the soil is permeated by sewage from leaking sewers or from other sources, then leaky pipelines will be infiltrated with contaminated water when pressure is low. According to the Federal District's water quality laboratory, neighborhoods that experience more frequent interruptions in service have poorer quality water compared to neighborhoods with a constant supply. The percent of household tap samples in compliance with the residual chlorine standard (0.2 milligrams/liter) ranged from 87 to 100 percent in tests undertaken in 1993 and was notably low among southeastern counties (Iztapalapa, Tláhuac, and Xochimilco).

text: Leaks in the distribution system are a major cause of concern for drinking water quality. When the soil is permeated by sewage from leaking sewers or from other sources, then leaky pipelines will be infiltrated with contaminated water when pressure is low. According to the Federal District's water quality laboratory, neighborhoods that experience more frequent interruptions in service have poorer quality water compared to neighborhoods with a constant supply. The percent of household tap samples in compliance with the residual chlorine standard (0.2 milligrams/liter) ranged from 87 to 100 percent in tests undertaken in 1993 and was notably low among southeastern counties (

text: Iztapalapa

text: Tláhuac

text: , and

text: Xochimilco

answers: NDQ_001768

answers: more frequent interruptions in service

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Leaks

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: Which of the following is not a source of concern for drinking water quality?

answers: NDQ_001774

answers: Leaks in the distribution system

answers: NDQ_001775

answers: sewage

answers: NDQ_001776

answers: contaminated water

answers: NDQ_001777

answers: Leaks in the distribution system

answers: NDQ_001778

answers: more frequent interruptions in service

answers: NDQ_001781

answers: leaks in the distribution system

answers: NDQ_001782

answers: What is a major cause of concern for drinking water quality?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of concern for drinking water quality?

answers: NDQ_001788

answers: Leaks in the distribution system

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the Federal District's water quality laboratory?

answers: NDQ_001797

answers: Which of the following is not a cause of concern for drinking water quality?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is a major cause of concern for drinking water quality

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: notably low among southeastern counties

answers: NDQ_001802

answers: ranged from 87 to 100 percent in tests undertaken in 1993

answers: NDQ_001803

answers: sewage

answers: NDQ_001804

answers: sewers

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: constant supply.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: contaminated water

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: sewage

answers: NDQ_001774

answers: Leaks

answers: NDQ_001775

answers: leaky pipelines

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: neighborhoods that experience more frequent interruptions in service

answers: NDQ_001778

answers: more frequent interruptions in service

answers: NDQ_001781

answers: sewage from leaking sewers

answers: NDQ_001782

answers: Leaks

answers: NDQ_001785

answers: neighborhoods that experience more frequent interruptions in service have poorer quality water

answers: NDQ_001787

answers: leaky pipelines will be infiltrated with contaminated water

answers: NDQ_001788

answers: Leaks

answers: NDQ_001789

answers: contaminated water

answers: NDQ_001790

answers: a constant supply.

answers: NDQ_001791

answers: 87 to 100 percent

answers: NDQ_001792

answers: Leaks in the distribution system

answers: NDQ_001793

answers: 87 to 100 percent

answers: NDQ_001794

answers: soil is permeated by sewage from leaking sewers

answers: NDQ_001795

answers: 87 to 100 percent in tests undertaken in 1993

answers: NDQ_001796

answers: leaky pipelines will be infiltrated with contaminated water

answers: NDQ_001797

answers: southeastern counties

answers: NDQ_001798

answers: 87 to 100 percent in tests undertaken in 1993

answers: NDQ_001799

answers: Leaks

answers: NDQ_001800

answers: sewage from leaking sewers

answers: NDQ_001801

answers: southeastern counties

answers: NDQ_001802

answers: 87 to 100 percent

answers: NDQ_001803

answers: sewage

answers: NDQ_001804

answers: sewers

answers: NDQ_001805

answers: drinking water

text: Byrock relies on rainfall for its non potable water supply that is channeled into a large ground tank, settled and then pumped to the historical railway tank. Water is then gravity fed to dwellings. When the ground tank runs dry, emergency water cartage from Bourke is provided by road tanker, as was the case around 2006.

text: Byrock relies on rainfall for its non potable water supply that is channeled into a large ground tank, settled and then pumped to the historical railway tank. Water is then

text: gravity fed

text: to dwellings. When the ground tank runs dry, emergency water cartage from Bourke is provided by road tanker, as was the case around 2006.

answers: NDQ_001768

answers: non potable water

answers: NDQ_001769

answers: non potable

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: dwellings

answers: NDQ_001773

answers: can be found in the ground tank

answers: NDQ_001774

answers: ground tank runs dry

answers: NDQ_001775

answers: potable water

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: dwellings

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Yes

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: What is the most likely reason the ground tank runs dry?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is not possible to tell

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: 2006

answers: NDQ_001802

answers: non potable

answers: NDQ_001803

answers: ground tank

answers: NDQ_001804

answers: ground tank

answers: NDQ_001805

answers: potable water

answers: NDQ_001768

answers: rainfall for its non potable

answers: NDQ_001769

answers: dwellings.

answers: NDQ_001770

answers: potable water supply that is channeled into a large ground tank,

answers: NDQ_001771

answers: non potable

answers: NDQ_001772

answers: Byrock relies on rainfall for its non potable

answers: NDQ_001773

answers: Byrock

answers: NDQ_001774

answers: the ground tank runs dry,

answers: NDQ_001775

answers: potable

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: Water is then gravity fed to dwellings.

answers: NDQ_001781

answers: rainfall for its non potable water

answers: NDQ_001782

answers: Byrock relies on rainfall for its non potable water

answers: NDQ_001785

answers: non potable water

answers: NDQ_001787

answers: pumped to the historical railway tank.

answers: NDQ_001788

answers: Byrock relies on rainfall for its non potable water supply

answers: NDQ_001789

answers: pumped to the historical railway tank.

answers: NDQ_001790

answers: 2006.

answers: NDQ_001791

answers: 2006.

answers: NDQ_001792

answers: Byrock relies on rainfall

answers: NDQ_001793

answers: 2006.

answers: NDQ_001794

answers: ground tank,

answers: NDQ_001795

answers: 2006.

answers: NDQ_001796

answers: Byrock relies on rainfall for its non potable water

answers: NDQ_001797

answers: Byrock

answers: NDQ_001798

answers: 2006.

answers: NDQ_001799

answers: pumped

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2006.

answers: NDQ_001802

answers: non potable

answers: NDQ_001803

answers: road tanker,

answers: NDQ_001804

answers: a large ground tank,

answers: NDQ_001805

answers: Byrock relies on rainfall for its non potable

text: A 1,200-U.S.-gallon (4542.49 L) water tank was added to supply the mules with water en route. There were water barrels on the wagons for the teamster and the swamper. Water supplies were refilled at springs along the way, as it was not possible to carry enough water for the entire trip. The tank water was used at dry camps and water stops.

text: A 1,200-U.S.-gallon (4542.49 L) water tank was added to supply the mules with water en route. There were water barrels on the wagons for the

text: teamster

text: and the

text: swamper

text: . Water supplies were refilled at springs along the way, as it was not possible to carry enough water for the entire trip. The tank water was used at dry camps and water stops.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: What is the purpose of the tank water?

answers: NDQ_001770

answers: Dry Camps

answers: NDQ_001771

answers: dry camps and water stops

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: What type of chemicals were used to treat the mules?

answers: NDQ_001774

answers: is used at dry camps and water stops

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: water availability

answers: NDQ_001778

answers: dry camps

answers: NDQ_001781

answers: used at dry camps and water stops

answers: NDQ_001782

answers: Which of the following is not a form of life: the teamster, the swamper, or the tank?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a source of water: springs, barrels or tanks?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or springs?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of waterborne disease?

answers: NDQ_001797

answers: Which of the following is not a type of climate: wet, dry, or tropical?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: water tanks

answers: NDQ_001804

answers: springs

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: dry camps and water stops.

answers: NDQ_001769

answers: dry camps and water stops.

answers: NDQ_001770

answers: it was not possible to carry enough water for the entire trip.

answers: NDQ_001771

answers: dry camps and water stops.

answers: NDQ_001772

answers: mules

answers: NDQ_001773

answers: 1,200-U.S.-gallon

answers: NDQ_001774

answers: dry camps and water stops.

answers: NDQ_001775

answers: water stops.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: springs

answers: NDQ_001778

answers: water tank was added to supply the mules with water en route.

answers: NDQ_001781

answers: it was not possible to carry enough water for the entire trip.

answers: NDQ_001782

answers: (4542.49 L) water tank was added to supply the mules

answers: NDQ_001785

answers: 1,200-U.S.-gallon

answers: NDQ_001787

answers: Water supplies were refilled at springs

answers: NDQ_001788

answers: Water supplies were refilled at springs

answers: NDQ_001789

answers: Water supplies were refilled at springs

answers: NDQ_001790

answers: 1,200-U.S.-gallon

answers: NDQ_001791

answers: 1,200-U.S.-gallon

answers: NDQ_001792

answers: springs

answers: NDQ_001793

answers: springs

answers: NDQ_001794

answers: springs

answers: NDQ_001795

answers: 1,200-U.S.-gallon

answers: NDQ_001796

answers: Water supplies were refilled at springs

answers: NDQ_001797

answers: dry camps and water stops.

answers: NDQ_001798

answers: 1,200-U.S.-gallon

answers: NDQ_001799

answers: dry camps and water stops.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: dry camps

answers: NDQ_001802

answers: dry camps

answers: NDQ_001803

answers: Water supplies were refilled at springs

answers: NDQ_001804

answers: springs

answers: NDQ_001805

answers: (4542.49 L) water tank was added to supply the mules

text: The water quality deteriorated fast as the quantity of sewage water and other effluents mixing in the water kept rising. PMC worked towards improving the filtration plant but water quality remained poor. In 1998, Pune Municipal Corporation discontinued providing drinking water from the lake. However, now the lake is being studied for providing potable water again. During the financial year 2004–2005 PMC spent  for de-silting Pashan and Katraj lakes. Reactivation of Pashan purification plant is also under PMC consideration.

text: The water quality deteriorated fast as the quantity of sewage water and other effluents mixing in the water kept rising. PMC worked towards improving the filtration plant but water quality remained poor. In 1998, Pune Municipal Corporation discontinued providing drinking water from the lake. However, now the lake is being studied for providing

text: potable water

text: again. During the financial year 2004–2005 PMC spent  for de-silting Pashan and Katraj lakes. Reactivation of Pashan purification plant is also under PMC consideration.

answers: NDQ_001768

answers: potable water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water quality to deteriorate

answers: NDQ_001771

answers: reactivation of what?

answers: NDQ_001772

answers: sewage water

answers: NDQ_001773

answers: Which of the following is not a type of effluent: sewage water or effluents?

answers: NDQ_001774

answers: sewage water

answers: NDQ_001775

answers: What is the purpose of the water?

answers: NDQ_001776

answers: sewage water

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: discontinuing providing drinking water from the lake

answers: NDQ_001781

answers: sewage water

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How would you feel without water?

answers: NDQ_001787

answers: What may be the reason for Pune Municipal Corporation discontinuing providing drinking water from the lake?

answers: NDQ_001788

answers: What may be the reason for Pune Municipal Corporation discontinuing providing drinking water from the lake?

answers: NDQ_001789

answers: Which of the following is not a type of water used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason for Pune Municipal Corporation discontinuing providing drinking water from the lake?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, Katraj, or Pune?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: sewage water

answers: NDQ_001801

answers: 2004–2005

answers: NDQ_001802

answers: water quality remained poor

answers: NDQ_001803

answers: de-silting

answers: NDQ_001804

answers: filtration plant

answers: NDQ_001805

answers: potable water

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: sewage water and other effluents

answers: NDQ_001771

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001772

answers: Pune Municipal Corporation

answers: NDQ_001773

answers: sewage water and other effluents

answers: NDQ_001774

answers: sewage water

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: sewage water

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: sewage water

answers: NDQ_001781

answers: sewage water

answers: NDQ_001782

answers: The water quality deteriorated fast as the quantity of sewage water

answers: NDQ_001785

answers: water quality remained poor.

answers: NDQ_001787

answers: sewage water and other effluents

answers: NDQ_001788

answers: sewage water

answers: NDQ_001789

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001790

answers: water quality remained poor.

answers: NDQ_001791

answers: The water quality deteriorated fast as the quantity of sewage water

answers: NDQ_001792

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001793

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001794

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001795

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001796

answers: water quality remained poor.

answers: NDQ_001797

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001798

answers: Pune Municipal Corporation discontinued providing drinking water

answers: NDQ_001799

answers: sewage water

answers: NDQ_001800

answers: water quality deteriorated fast as the quantity of sewage water

answers: NDQ_001801

answers: 1998,

answers: NDQ_001802

answers: The water quality deteriorated fast

answers: NDQ_001803

answers: filtration plant

answers: NDQ_001804

answers: filtration plant

answers: NDQ_001805

answers: drinking water

text: From this point on, there have been varying levels of local, state, and federal government oversight in managing the waterways of the Everglades and surrounding agricultural lands.  In 1948, Congress passed the Flood Control Act creating the Central and Southern Florida Control Project, a multi-faceted project providing flood control; water supply for municipal, industrial, and agricultural uses; prevention of salt water intrusion; water supply for Everglades National Park; and the protection of wildlife. The system comprises 1,000 miles of levees, 720 miles of canals, and nearly 200 water control structures. The Everglades Agricultural Area also was designated via this Act.

text: From this point on, there have been varying levels of local, state, and federal government oversight in managing the waterways of the Everglades and surrounding agricultural lands.  In 1948, Congress passed the

text: Flood Control Act

text: creating the Central and Southern Florida Control Project, a multi-faceted project providing flood control; water supply for municipal, industrial, and agricultural uses; prevention of salt water intrusion; water supply for Everglades National Park; and the protection of wildlife. The system comprises 1,000 miles of levees, 720 miles of canals, and nearly 200 water control structures. The Everglades Agricultural Area also was designated via this Act.

answers: NDQ_001768

answers: 720 miles of canals

answers: NDQ_001769

answers: municipal

answers: NDQ_001770

answers: salt water intrusion

answers: NDQ_001771

answers: Everglades National Park

answers: NDQ_001772

answers: agricultural uses

answers: NDQ_001773

answers: What was the purpose of the Central and Southern Florida Control Project?

answers: NDQ_001774

answers: salt water intrusion

answers: NDQ_001775

answers: industrial uses

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: local, state, and federal government oversight

answers: NDQ_001778

answers: agricultural uses

answers: NDQ_001781

answers: salt water intrusion

answers: NDQ_001782

answers: What is the purpose of the Central and Southern Florida Control Project?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many miles of canals does the Central and Southern Florida Control Project comprise?

answers: NDQ_001789

answers: What does the Central and Southern Florida Control Project provide?

answers: NDQ_001790

answers: Why is water scarcity not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does the Central and Southern Florida Control Project provide?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many miles of levees does the Central and Southern Florida Control Project comprise?

answers: NDQ_001797

answers: How many miles of levees are in the Central and Southern Florida Control Project?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: In 1948, Congress passed the Flood Control Act creating the Central and Southern Florida Control Project

answers: NDQ_001802

answers: varying levels of local, state, and federal government

answers: NDQ_001803

answers: agricultural uses

answers: NDQ_001804

answers: canals

answers: NDQ_001805

answers: agricultural uses

answers: NDQ_001768

answers: water supply for municipal, industrial, and agricultural uses;

answers: NDQ_001769

answers: municipal, industrial, and agricultural uses;

answers: NDQ_001770

answers: salt water intrusion;

answers: NDQ_001771

answers: Everglades National Park;

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: Flood Control Act creating the Central and Southern Florida Control Project,

answers: NDQ_001774

answers: salt water intrusion;

answers: NDQ_001775

answers: water supply for municipal, industrial, and agricultural uses;

answers: NDQ_001776

answers: salt water intrusion;

answers: NDQ_001777

answers: varying levels of local, state, and federal government

answers: NDQ_001778

answers: agricultural

answers: NDQ_001781

answers: salt water intrusion;

answers: NDQ_001782

answers: wildlife.

answers: NDQ_001785

answers: Central and Southern Florida Control Project,

answers: NDQ_001787

answers: Central and Southern Florida Control Project,

answers: NDQ_001788

answers: 720 miles of canals, and nearly 200 water control structures.

answers: NDQ_001789

answers: water supply for municipal, industrial, and agricultural uses;

answers: NDQ_001790

answers: Central and Southern Florida Control Project,

answers: NDQ_001791

answers: Central and Southern Florida Control Project,

answers: NDQ_001792

answers: Everglades

answers: NDQ_001793

answers: Everglades

answers: NDQ_001794

answers: Central and Southern Florida Control Project,

answers: NDQ_001795

answers: Central and Southern Florida Control Project,

answers: NDQ_001796

answers: Flood Control Act

answers: NDQ_001797

answers: water supply for municipal, industrial, and agricultural uses;

answers: NDQ_001798

answers: Central and Southern Florida Control Project,

answers: NDQ_001799

answers: water supply for municipal, industrial, and agricultural uses;

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Flood Control Act

answers: NDQ_001802

answers: varying levels

answers: NDQ_001803

answers: levees, 720 miles of canals,

answers: NDQ_001804

answers: 720 miles of canals,

answers: NDQ_001805

answers: agricultural uses;

text: Water supply systems get water from a variety of locations after appropriate treatment, including groundwater (aquifers), surface water (lakes and rivers), and the sea through desalination. The water treatment steps include, in most cases, purification, disinfection through chlorination and sometimes fluoridation. Treated water then either flows by gravity or is pumped to reservoirs, which can be elevated such as water towers or on the ground (for indicators related to the efficiency of drinking water distribution see non-revenue water). Once water is used, wastewater is typically discharged in a sewer system and treated in a sewage treatment plant before being discharged into a river, lake or the sea or reused for landscaping, irrigation or industrial use (see also sanitation).

text: Water supply systems get water from a variety of locations after appropriate treatment, including groundwater (

text: aquifer

text: s), surface water (

text: lake

text: s and

text: river

text: s), and the sea through

text: desalination

text: . The

text: water treatment

text: steps include, in most cases,

text: purification

text: , disinfection through

text: chlorination

text: and sometimes

text: fluoridation

text: . Treated water then either flows by gravity or is pumped to

text: reservoirs

text: , which can be elevated such as

text: water tower

text: s or on the ground (for indicators related to the efficiency of drinking water distribution see

text: non-revenue water

text: ). Once water is used,

text: wastewater

text: is typically discharged in a

text: sewer

text: system and treated in a

text: sewage treatment plant

text: before being discharged into a river, lake or the sea or reused for

text: landscaping

text: irrigation

text: or industrial use (see also

text: sanitation

answers: NDQ_001768

answers: non-revenue water

answers: NDQ_001769

answers: landscaping, irrigation or industrial use

answers: NDQ_001770

answers: sewage treatment plant

answers: NDQ_001771

answers: landscaping, irrigation or industrial use

answers: NDQ_001772

answers: industrial use

answers: NDQ_001773

answers: are used for irrigation and industrial use

answers: NDQ_001774

answers: wastewater is discharged in a sewer system

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: wastewater is typically discharged

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: wastewater

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: disinfection through chlorination

answers: NDQ_001797

answers: Which of the following is not a source of water: groundwater (aquifers), surface water (lakes and rivers), or the sea?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: wastewater is typically discharged in a sewer system and treated in a sewage treatment plant

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: landscaping, irrigation or industrial use

answers: NDQ_001769

answers: landscaping, irrigation or industrial use

answers: NDQ_001770

answers: reused for landscaping, irrigation or industrial use

answers: NDQ_001771

answers: landscaping,

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: irrigation or industrial use

answers: NDQ_001774

answers: wastewater

answers: NDQ_001775

answers: industrial use

answers: NDQ_001776

answers: sanitation).

answers: NDQ_001777

answers: Water supply systems get water from a variety of locations after appropriate treatment,

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: wastewater

answers: NDQ_001782

answers: Water supply systems get water from a variety of locations after appropriate treatment,

answers: NDQ_001785

answers: Water supply systems get water

answers: NDQ_001787

answers: wastewater

answers: NDQ_001788

answers: reused for landscaping, irrigation or industrial use

answers: NDQ_001789

answers: industrial use

answers: NDQ_001790

answers: Water supply systems get water

answers: NDQ_001791

answers: groundwater

answers: NDQ_001792

answers: Water supply systems

answers: NDQ_001793

answers: desalination.

answers: NDQ_001794

answers: (aquifers),

answers: NDQ_001795

answers: desalination.

answers: NDQ_001796

answers: desalination.

answers: NDQ_001797

answers: Water supply systems get water

answers: NDQ_001798

answers: Water supply systems get water from a variety of locations after appropriate treatment,

answers: NDQ_001799

answers: Treated water then either flows by gravity or is pumped to reservoirs,

answers: NDQ_001800

answers: Water supply systems get water

answers: NDQ_001801

answers: Water supply systems

answers: NDQ_001802

answers: wastewater

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: sewer system

answers: NDQ_001805

answers: irrigation or industrial use

text: New MotiBagh Township consumes 800,000 liters of water every day,   or approximately 1626 liters per household. It  generate about 600,000 liters of sewage per day, which works out to about 605 litres  per household.  The waste  water is treated in a 'waste water treatment facility‘ which has capacity to 'purify' 5,60,000 litres of waste water per day. The surplus  treated water,according to  an official National Buildings Construction Corporation (NBCC),  “will be supplied to NDMC for irrigation and horticulture use". The township generates 4.5 tonnes household and 4 tonnes of horticulture  waste per day. This is treated in  a  solid waste treatment plant, and  an organic waste converter machine, which has a capacity of 1.5 tonnes per shift.

text: New MotiBagh Township consumes 800,000 liters of water every day,   or approximately 1626 liters per household. It  generate about 600,000 liters of sewage per day, which works out to about 605 litres  per household.  The waste  water is treated in a 'waste water treatment facility‘ which has capacity to 'purify' 5,60,000 litres of waste water per day. The surplus  treated water,according to  an official National Buildings Construction Corporation (NBCC),  “will be supplied to NDMC for irrigation and horticulture use". The township generates 4.5 tonnes household and 4 tonnes of horticulture  waste per day. This is treated in  a  solid waste treatment plant, and  an organic waste converter machine, which has a capacity of 1.5 tonnes per shift.

answers: NDQ_001768

answers: 1626 liters

answers: NDQ_001769

answers: irrigation and horticulture use

answers: NDQ_001770

answers: How many liters of water does New MotiBagh Township consume every day?

answers: NDQ_001771

answers: How many liters of water does New MotiBagh Township consume every day?

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: How many tonnes of horticulture waste does the township generate per day?

answers: NDQ_001774

answers: sewage is treated

answers: NDQ_001775

answers: irrigation and horticulture use

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: the amount of sewage generated

answers: NDQ_001778

answers: horticulture waste

answers: NDQ_001781

answers: wastes too much water

answers: NDQ_001782

answers: How many liters of water does the township consume every day?

answers: NDQ_001785

answers: How many liters of water does New MotiBagh Township consume every day?

answers: NDQ_001787

answers: How many tonnes of horticulture waste does the township generate per day?

answers: NDQ_001788

answers: How many tonnes of horticulture waste per day does the township generate?

answers: NDQ_001789

answers: How many liters of water does the township consume every day?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many liters of water does the township consume every day?

answers: NDQ_001792

answers: How many liters of water does the township consume every day?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: How many liters of water does the township consume every day?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many liters of water does the township consume every day?

answers: NDQ_001797

answers: How many liters of water does New MotiBagh Township consume every day?

answers: NDQ_001798

answers: How many liters of water does the township consume every day?

answers: NDQ_001799

answers: Why is the water safe to drink?

answers: NDQ_001800

answers: NDQ_001801

answers: New MotiBagh Township

answers: NDQ_001802

answers: about 605 litres per household

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: sewage

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: irrigation and horticulture

answers: NDQ_001769

answers: irrigation and horticulture

answers: NDQ_001770

answers: sewage

answers: NDQ_001771

answers: horticulture

answers: NDQ_001772

answers: New MotiBagh Township

answers: NDQ_001773

answers: horticulture

answers: NDQ_001774

answers: sewage

answers: NDQ_001775

answers: irrigation and horticulture

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: 1626 liters per household.

answers: NDQ_001778

answers: irrigation and horticulture

answers: NDQ_001781

answers: The surplus treated water,according

answers: NDQ_001782

answers: 1626 liters per household.

answers: NDQ_001785

answers: 1626 liters per household.

answers: NDQ_001787

answers: irrigation and horticulture use".

answers: NDQ_001788

answers: horticulture

answers: NDQ_001789

answers: irrigation and horticulture use".

answers: NDQ_001790

answers: 1626 liters per household.

answers: NDQ_001791

answers: 1626 liters per household.

answers: NDQ_001792

answers: 1626 liters per household.

answers: NDQ_001793

answers: 1626 liters per household.

answers: NDQ_001794

answers: 1626 liters per household.

answers: NDQ_001795

answers: 1626 liters per household.

answers: NDQ_001796

answers: 1626 liters per household.

answers: NDQ_001797

answers: 1626 liters per household.

answers: NDQ_001798

answers: 1626 liters per household.

answers: NDQ_001799

answers: sewage

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: New MotiBagh Township

answers: NDQ_001802

answers: sewage per day,

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: The waste water is treated in a 'waste water treatment facility‘

answers: NDQ_001805

answers: 1626 liters per household.

text: ICPRB accomplishes its mission through a variety of actions to conduct, coordinate, and cooperate in studies and programs in the areas of water quality, water supply, living resources, and land resources. The Section for Cooperative Water Supply Operations on the Potomac River (CO-OP), a special section of the Commission, was created as a technical operations center for management and coordination among the regional utilities to avoid water supply shortages in the Washington metropolitan area during droughts.

text: ICPRB accomplishes its mission through a variety of actions to conduct, coordinate, and cooperate in studies and programs in the areas of

text: water quality

text: water supply

text: , living resources, and land resources. The Section for Cooperative Water Supply Operations on the Potomac River (CO-OP), a special section of the Commission, was created as a technical operations center for management and coordination among the regional

text: utilities

text: to avoid water supply shortages in the

text: Washington metropolitan area

text: during droughts.

answers: NDQ_001768

answers: water supply

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: ICPRB

answers: NDQ_001773

answers: Which of the following is not a study area: water quality, water supply, living resources, or land resources?

answers: NDQ_001774

answers: lacks water supply

answers: NDQ_001775

answers: to avoid supply shortages

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: water supply shortages

answers: NDQ_001781

answers: lacks quality

answers: NDQ_001782

answers: What is the purpose of the Section for Cooperative Water Supply Operations on the Potomac River?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the purpose of the Section for Cooperative Water Supply Operations?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the purpose of the Section for Cooperative Water Supply Operations on the Potomac River?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The Section for Cooperative Water Supply Operations

answers: NDQ_001797

answers: Which of the following is not a reason for the Section for Cooperative Water Supply Operations on the Potomac River?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: water quality

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: Potomac River

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water quality, water supply,

answers: NDQ_001769

answers: living resources, and land resources.

answers: NDQ_001770

answers: droughts.

answers: NDQ_001771

answers: The Section for Cooperative Water Supply Operations on the Potomac River

answers: NDQ_001772

answers: regional utilities

answers: NDQ_001773

answers: water quality, water supply, living resources, and land resources.

answers: NDQ_001774

answers: droughts.

answers: NDQ_001775

answers: water quality, water supply,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: droughts.

answers: NDQ_001778

answers: living resources, and land resources.

answers: NDQ_001781

answers: droughts.

answers: NDQ_001782

answers: water quality, water supply, living resources,

answers: NDQ_001785

answers: living resources,

answers: NDQ_001787

answers: The Section for Cooperative Water Supply Operations on the Potomac River

answers: NDQ_001788

answers: droughts.

answers: NDQ_001789

answers: The Section for Cooperative Water Supply Operations on the Potomac River

answers: NDQ_001790

answers: droughts.

answers: NDQ_001791

answers: water quality, water supply, living resources, and land resources.

answers: NDQ_001792

answers: droughts.

answers: NDQ_001793

answers: water supply shortages

answers: NDQ_001794

answers: water quality, water supply, living resources, and land resources.

answers: NDQ_001795

answers: water quality, water supply, living resources, and land resources.

answers: NDQ_001796

answers: water quality, water supply,

answers: NDQ_001797

answers: droughts.

answers: NDQ_001798

answers: The Section for Cooperative Water Supply Operations on the Potomac River

answers: NDQ_001799

answers: The Section for Cooperative Water Supply Operations on the Potomac River

answers: NDQ_001800

answers: water quality, water supply, living resources, and land resources.

answers: NDQ_001801

answers: droughts.

answers: NDQ_001802

answers: water quality,

answers: NDQ_001803

answers: droughts.

answers: NDQ_001804

answers: Potomac River

answers: NDQ_001805

answers: living resources,

text: According to a 2008 World Bank study in 10 Indian states, Swajaldhara results in lower capital costs, lower administrative costs and better service quality compared to the supply-driven approach. In particular, the study found that the average full cost of supply-driven schemes is  per cubic meter, while it is only  per cubic meter for demand-driven schemes. These costs include capital, operation and maintenance costs, administrative costs and coping costs incurred by users of malfunctioning systems. Coping costs include travelling long distances to obtain water, standing in long queues, storing water and repairing failed systems. Among the surveyed systems that were built using supply-driven approach system breakdowns were common, the quantity and quality of water supply were less than foreseen in designs, and 30% of households did not get daily supply in summer. The poor functioning of one system sometimes leads to the construction of another system, so that about 30% of households surveyed were served by several systems. As of 2008 only about 10% of rural water schemes built in India used a demand-driven approach. Since water users have to pay lower or no tariffs under the supply-driven approach, this discourages them to opt for a demand-driven approach, even if the likelihood of the systems operating on a sustainable basis is higher under a demand-driven approach.

answers: NDQ_001768

answers: Swajaldhara

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: coping costs

answers: NDQ_001771

answers: How many percent of households did not get daily supply in summer?

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: What does Swajaldhara refer to?

answers: NDQ_001774

answers: supply-driven approach

answers: NDQ_001775

answers: storing water

answers: NDQ_001776

answers: coping costs

answers: NDQ_001777

answers: demand-driven

answers: NDQ_001778

answers: travelling long distances to obtain water

answers: NDQ_001781

answers: supply-driven

answers: NDQ_001782

answers: Which of the following is not a form of life: Swajaldhara

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: coping costs include travelling long distances to obtain water

answers: NDQ_001788

answers: 30% of households did not get daily supply

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: 30% of households did not get daily supply in summer

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: 30% of households

answers: NDQ_001796

answers: Swajaldhara

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Drier climates?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 30% of households did not get daily supply

answers: NDQ_001802

answers: 30% of households did not get daily supply in summer

answers: NDQ_001803

answers: Swajal

answers: NDQ_001804

answers: Swajaldhara

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: supply-driven approach.

answers: NDQ_001769

answers: 30% of households

answers: NDQ_001770

answers: The poor functioning of one system sometimes leads to the construction of another system,

answers: NDQ_001771

answers: Swajaldhara

answers: NDQ_001772

answers: supply-driven approach.

answers: NDQ_001773

answers: Swajaldhara

answers: NDQ_001774

answers: 30% of households did not get daily supply in summer.

answers: NDQ_001775

answers: capital costs,

answers: NDQ_001776

answers: supply-driven approach.

answers: NDQ_001777

answers: supply-driven

answers: NDQ_001778

answers: travelling long distances to obtain water,

answers: NDQ_001781

answers: supply-driven approach system breakdowns

answers: NDQ_001782

answers: supply-driven approach.

answers: NDQ_001785

answers: demand-driven schemes.

answers: NDQ_001787

answers: supply-driven approach.

answers: NDQ_001788

answers: 30% of households did not get daily supply in summer.

answers: NDQ_001789

answers: supply-driven approach.

answers: NDQ_001790

answers: supply-driven approach.

answers: NDQ_001791

answers: 10%

answers: NDQ_001792

answers: Swajaldhara

answers: NDQ_001793

answers: supply-driven approach.

answers: NDQ_001794

answers: supply-driven approach.

answers: NDQ_001795

answers: 30% of households surveyed were served by several systems. As of 2008

answers: NDQ_001796

answers: supply-driven approach.

answers: NDQ_001797

answers: 30% of households did not get daily supply in summer.

answers: NDQ_001798

answers: Swajaldhara

answers: NDQ_001799

answers: supply-driven approach.

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: 30% of households did not get daily supply in summer.

answers: NDQ_001802

answers: less than foreseen in designs,

answers: NDQ_001803

answers: Swajaldhara

answers: NDQ_001804

answers: Swajaldhara

answers: NDQ_001805

answers: Swajaldhara

text: Distribution of the water depended in a complex way on its height entering the city, the quality of the water, and its rate of discharge. Thus, poor-quality water would be sent for irrigation, gardens, or flushing, while only the best would be reserved for potable use. Intermediate-quality water would be used for the many baths and fountains. However, Frontinus criticises the practice of mixing supplies from different sources, and one of his first decisions was to separate the waters from each system.

text: Distribution of the water depended in a complex way on its height entering the city, the quality of the water, and its rate of discharge. Thus, poor-quality water would be sent for irrigation, gardens, or flushing, while only the best would be reserved for potable use. Intermediate-quality water would be used for the many baths and fountains. However, Frontinus criticises the practice of mixing supplies from different sources, and one of his first decisions was to separate the waters from each system.

answers: NDQ_001768

answers: poor-quality water

answers: NDQ_001769

answers: potable use

answers: NDQ_001770

answers: poor-quality water

answers: NDQ_001771

answers: baths and fountains

answers: NDQ_001772

answers: irrigation

answers: NDQ_001773

answers: What would be sent for irrigation, gardens, or flushing?

answers: NDQ_001774

answers: poor-quality

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: poor-quality water

answers: NDQ_001777

answers: distribution of the water

answers: NDQ_001778

answers: irrigation, gardens, or flushing

answers: NDQ_001781

answers: poor-quality

answers: NDQ_001782

answers: What would be sent for irrigation, gardens, or flushing?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: poor-quality water would be sent for irrigation

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What would be sent for irrigation, gardens, or flushing

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: poor-quality water would be sent

answers: NDQ_001797

answers: What would be sent for irrigation, gardens, or flushing?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What would be sent for irrigation, gardens, or flushing?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: poor-quality water

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: poor-quality water would be sent for irrigation

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001769

answers: potable use.

answers: NDQ_001770

answers: poor-quality

answers: NDQ_001771

answers: baths and fountains.

answers: NDQ_001772

answers: irrigation, gardens, or flushing,

answers: NDQ_001773

answers: poor-quality water

answers: NDQ_001774

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001775

answers: irrigation, gardens, or flushing,

answers: NDQ_001776

answers: poor-quality water

answers: NDQ_001777

answers: its height entering the city,

answers: NDQ_001778

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001781

answers: poor-quality

answers: NDQ_001782

answers: Distribution of the water

answers: NDQ_001785

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001787

answers: poor-quality water

answers: NDQ_001788

answers: poor-quality water

answers: NDQ_001789

answers: poor-quality water

answers: NDQ_001790

answers: Distribution of the water

answers: NDQ_001791

answers: Distribution of the water

answers: NDQ_001792

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001793

answers: only the best would be reserved for potable use.

answers: NDQ_001794

answers: Distribution of the water

answers: NDQ_001795

answers: only the best would be reserved for potable use.

answers: NDQ_001796

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001797

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001798

answers: poor-quality water would be sent for irrigation, gardens, or flushing,

answers: NDQ_001799

answers: only the best would be reserved for potable use.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Distribution

answers: NDQ_001802

answers: poor-quality

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: irrigation, gardens, or flushing,

answers: NDQ_001805

answers: irrigation, gardens, or flushing,

text: Some conflicts of the future may be fought over the availability, quality, and control of water. Water has also been used as a tool in conflicts or as a target during conflicts that start for other reasons. Water shortages may well result in water conflicts over this precious resource.<ref>http://news.bbc.co.uk/2/hi/africa/7959814.stm |publisher=BBC

text: Some conflicts of the future may be fought over the availability, quality, and control of water. Water has also been used as a tool in conflicts or as a target during conflicts that start for other reasons. Water shortages may well result in

text: water conflicts

text: over this precious resource.<ref>http://news.bbc.co.uk/2/hi/africa/7959814.stm |publisher=

text: BBC

answers: NDQ_001768

answers: water sparingly

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: conflicts

answers: NDQ_001771

answers: fishing, swimming, and diving

answers: NDQ_001772

answers: Africa

answers: NDQ_001773

answers: can be used as a tool in conflicts of the future

answers: NDQ_001774

answers: is used as a tool

answers: NDQ_001775

answers: as a tool

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: water conflicts

answers: NDQ_001781

answers: lacks quality

answers: NDQ_001782

answers: Yes

answers: NDQ_001785

answers: None of the above choices

answers: NDQ_001787

answers: Water shortages may well result in water conflicts

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water shortages

answers: NDQ_001797

answers: Drier climates generally have more water for people to use.

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: Water shortages

answers: NDQ_001801

answers: water shortages

answers: NDQ_001802

answers: is not mentioned

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: water shortages

answers: NDQ_001768

answers: Water shortages

answers: NDQ_001769

answers: Water

answers: NDQ_001770

answers: Water shortages

answers: NDQ_001771

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001772

answers: NDQ_001773

answers: water.

answers: NDQ_001774

answers: Water shortages

answers: NDQ_001775

answers: a tool in conflicts or as a target

answers: NDQ_001776

answers: Water shortages

answers: NDQ_001777

answers: Water shortages

answers: NDQ_001778

answers: conflicts

answers: NDQ_001781

answers: Water shortages

answers: NDQ_001782

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001785

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001787

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001788

answers: Water shortages

answers: NDQ_001789

answers: Water

answers: NDQ_001790

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001793

answers: Water shortages

answers: NDQ_001794

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001795

answers: Water shortages

answers: NDQ_001796

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001797

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001798

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001799

answers: Water shortages may well result in water conflicts over this precious resource.

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: Water shortages

answers: NDQ_001802

answers: quality,

answers: NDQ_001803

answers: water.

answers: NDQ_001804

answers: water.

answers: NDQ_001805

answers: tool in conflicts

text: While quality problems do exist and it has been Belize's experience that acceptable quality water can be located around the country for primary supply systems with sufficient test drilling. Poor quality groundwater can be expected during the dry season when freshwater recharge from precipitation is negligible, particularly in the North where it extends for three to four months. Water quality in urban areas is good and is constantly monitored by the Water and Sewerage Authority (WASA). The water quality in rural areas such as the districts of Toledo, Stann Creek and Cayo, is not satisfactory. Full water purification takes place only in the systems that are connected to urban WASA systems or about 30%.

text: While quality problems do exist and it has been Belize's experience that acceptable quality water can be located around the country for primary supply systems with sufficient test drilling. Poor quality groundwater can be expected during the dry season when freshwater recharge from precipitation is negligible, particularly in the North where it extends for three to four months. Water quality in urban areas is good and is constantly monitored by the Water and Sewerage Authority (WASA). The water quality in rural areas such as the districts of Toledo, Stann Creek and Cayo, is not satisfactory. Full

text: water purification

text: takes place only in the systems that are connected to urban WASA systems or about 30%.

answers: NDQ_001768

answers: about 30%

answers: NDQ_001769

answers: What does WASA stand for?

answers: NDQ_001770

answers: Poor quality groundwater

answers: NDQ_001771

answers: What can be expected during the dry season when freshwater recharge from precipitation is negligible?

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or water purification?

answers: NDQ_001774

answers: is not satisfactory

answers: NDQ_001775

answers: What can be expected during the dry season?

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: Poor quality groundwater

answers: NDQ_001781

answers: is not satisfactory

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What can be expected during the dry season?

answers: NDQ_001788

answers: What can be expected during the dry season?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a country: Belize, Toledo, Stann Creek or Cayo?

answers: NDQ_001797

answers: Which of the following is not a reason for poor quality groundwater?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: during the dry season

answers: NDQ_001802

answers: Full water purification takes place only in the systems that are connected to urban WASA systems or about 30%

answers: NDQ_001803

answers: water purification

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: Poor quality groundwater

answers: NDQ_001769

answers: primary supply systems

answers: NDQ_001770

answers: Poor quality groundwater

answers: NDQ_001771

answers: primary supply systems with sufficient test drilling.

answers: NDQ_001772

answers: urban WASA systems or about 30%.

answers: NDQ_001773

answers: Poor quality groundwater

answers: NDQ_001774

answers: Poor quality groundwater can be expected during the dry season

answers: NDQ_001775

answers: primary supply systems

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: precipitation

answers: NDQ_001778

answers: Poor quality groundwater

answers: NDQ_001781

answers: Poor quality groundwater

answers: NDQ_001782

answers: acceptable quality water can be located around the country for primary supply systems

answers: NDQ_001785

answers: three to four months.

answers: NDQ_001787

answers: Poor quality groundwater

answers: NDQ_001788

answers: Poor quality groundwater

answers: NDQ_001789

answers: acceptable quality water can be located around the country for primary supply systems

answers: NDQ_001790

answers: 30%.

answers: NDQ_001791

answers: 30%.

answers: NDQ_001792

answers: Poor quality groundwater

answers: NDQ_001793

answers: 30%.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: 30%.

answers: NDQ_001796

answers: Poor quality groundwater

answers: NDQ_001797

answers: Poor quality groundwater

answers: NDQ_001798

answers: acceptable quality water can be located around the country for primary supply systems

answers: NDQ_001799

answers: acceptable quality water can be located around the country for primary supply systems

answers: NDQ_001800

answers: acceptable quality water

answers: NDQ_001801

answers: dry season

answers: NDQ_001802

answers: about 30%.

answers: NDQ_001803

answers: test drilling.

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: primary supply systems

text: Canal elevations are referred to using the Precise Level Datum (PLD), which is close to the mean sea level of the Atlantic and Pacific entrances. The maximum operational level of Gatun Lake was raised by approximately  from the previous PLD level of  to a PLD level of . Combined with the widening and deepening of the navigational channels, this has increased Gatun Lake's usable water reserve capacity and allows the canal's water system to supply a daily average of  of additional water. This additional water volume is enough to provide an annual average of approximately 1,100 additional lockages without affecting the water supply for human use, which is also provided from Gatun and Alhajuela Lakes.

text: Canal elevations are referred to using the Precise Level Datum (PLD), which is close to the mean sea level of the Atlantic and Pacific entrances. The maximum operational level of

text: Gatun Lake

text: was raised by approximately  from the previous PLD level of  to a PLD level of . Combined with the widening and deepening of the navigational channels, this has increased Gatun Lake's usable water reserve capacity and allows the canal's water system to supply a daily average of  of additional water. This additional water volume is enough to provide an annual average of approximately 1,100 additional lockages without affecting the water supply for human use, which is also provided from Gatun and Alhajuela Lakes.

answers: NDQ_001768

answers: human use

answers: NDQ_001769

answers: human use

answers: NDQ_001770

answers: Gatun Lake's usable water reserve capacity to increase

answers: NDQ_001771

answers: Gatun Lake

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: unanswerable

answers: NDQ_001775

answers: a daily average of of additional water

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the canal's water system

answers: NDQ_001778

answers: human use

answers: NDQ_001781

answers: unusable

answers: NDQ_001782

answers: What does the PLD stand for?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What has increased Gatun Lake's usable water reserve capacity?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What has increased Gatun Lake's usable water reserve capacity?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What has increased Gatun Lake's usable water reserve capacity?

answers: NDQ_001797

answers: How would you describe the climate of Gatun Lake?

answers: NDQ_001798

answers: Why did we use less water today

answers: NDQ_001799

answers: What does the PLD stand for?

answers: NDQ_001800

answers: NDQ_001801

answers: an annual average of approximately 1,100 additional lockages

answers: NDQ_001802

answers: an annual average of approximately 1,100 additional lockages without affecting the water supply for human use

answers: NDQ_001803

answers: widening and deepening

answers: NDQ_001804

answers: navigational channels

answers: NDQ_001805

answers: human use

answers: NDQ_001768

answers: Gatun and Alhajuela Lakes.

answers: NDQ_001769

answers: human use,

answers: NDQ_001770

answers: water supply for human use,

answers: NDQ_001771

answers: Gatun and Alhajuela Lakes.

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001774

answers: 1,100 additional lockages

answers: NDQ_001775

answers: human use,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Gatun and Alhajuela Lakes.

answers: NDQ_001778

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001781

answers: human use,

answers: NDQ_001782

answers: human use,

answers: NDQ_001785

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001787

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001788

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001789

answers: water.

answers: NDQ_001790

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001791

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001792

answers: Gatun and Alhajuela Lakes.

answers: NDQ_001793

answers: Gatun and Alhajuela Lakes.

answers: NDQ_001794

answers: Canal elevations are referred to using the Precise Level Datum

answers: NDQ_001795

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001796

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001797

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001798

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001799

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001800

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001801

answers: 1,100 additional lockages without affecting the water supply for human use,

answers: NDQ_001802

answers: affecting the water supply for human use,

answers: NDQ_001803

answers: widening and deepening

answers: NDQ_001804

answers: Gatun Lake's

answers: NDQ_001805

answers: human use,

text: However, Brookefield suffers from water shortage especially during summer months as the whole region relies almost entirely on groundwater. With increase in housing and office space, the demand has been multiplying over the years and groundwater depletion has been worsening alarmingly. BWSSB is expected to supply the region with the execution of Cauvery Water Supply Scheme Stage IV, Phase II. BWSSB has been granted ₹1000 crore for various water projects in 2012 including supplying water to areas of Greater Bangalore which includes Brooke Field.

text: However, Brookefield suffers from water shortage especially during summer months as the whole region relies almost entirely on groundwater. With increase in housing and office space, the demand has been multiplying over the years and groundwater depletion has been worsening alarmingly.

text: BWSSB

text: is expected to supply the region with the execution of Cauvery Water Supply Scheme Stage IV, Phase II.

text: BWSSB

text: has been granted ₹1000 crore for various water projects in 2012 including supplying water to areas of Greater Bangalore which includes Brooke Field.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: housing and office space

answers: NDQ_001770

answers: groundwater depletion

answers: NDQ_001771

answers: What is the main reason for the water shortage?

answers: NDQ_001772

answers: groundwater

answers: NDQ_001773

answers: Which of the following is not a water project: Cauvery Water Supply Scheme Stage IV, Phase II?

answers: NDQ_001774

answers: groundwater depletion

answers: NDQ_001775

answers: office space

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: increase in housing and office space

answers: NDQ_001781

answers: groundwater depletion

answers: NDQ_001782

answers: Which of the following is not a form of life: housing, office space, or groundwater?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of water project: Cauvery Water Supply Scheme Stage IV, Phase II, or Greater Bangalore?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or groundwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, Bangalore or Drier?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: summer months

answers: NDQ_001802

answers: groundwater depletion has been worsening

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: groundwater.

answers: NDQ_001769

answers: housing and office space,

answers: NDQ_001770

answers: water shortage

answers: NDQ_001771

answers: summer months

answers: NDQ_001772

answers: groundwater.

answers: NDQ_001773

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001774

answers: groundwater depletion

answers: NDQ_001775

answers: office space,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: groundwater.

answers: NDQ_001778

answers: increase in housing and office space,

answers: NDQ_001781

answers: groundwater.

answers: NDQ_001782

answers: groundwater.

answers: NDQ_001785

answers: water shortage especially during summer months

answers: NDQ_001787

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001788

answers: groundwater.

answers: NDQ_001789

answers: groundwater.

answers: NDQ_001790

answers: Brookefield suffers from water shortage

answers: NDQ_001791

answers: groundwater.

answers: NDQ_001792

answers: groundwater.

answers: NDQ_001793

answers: groundwater.

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001796

answers: groundwater.

answers: NDQ_001797

answers: summer months as the whole region relies almost entirely on groundwater.

answers: NDQ_001798

answers: Cauvery Water Supply Scheme Stage IV, Phase II.

answers: NDQ_001799

answers: groundwater.

answers: NDQ_001800

answers: groundwater depletion

answers: NDQ_001801

answers: summer months

answers: NDQ_001802

answers: groundwater depletion has been worsening alarmingly.

answers: NDQ_001803

answers: groundwater.

answers: NDQ_001804

answers: groundwater.

answers: NDQ_001805

answers: groundwater.

text: With a predicted increase in temperature of 3° by 2040, the region's water supply as a whole is expected to decline.  Water supplies come from glaciers and mountain snowpack.  As temperatures rise, the elevation at which snow normally falls will increase, and there will be less water available during run-off seasons. Winter and early spring will produce more water than late spring flows, which will decrease the amount of available water during the summer. A lack of water will be problematic for both humans and the region's wildlife. This issue is also concerning because as water levels decrease, there is an expected increase in population in the Puget Sound region. The municipal water supply problem will affect different regions differently depending on the amount of public served by them and the amount of water supply that they can tap into. Everett for example, has a population of 100,000 and the Sultan river provides it with a vast amount of water compared to its population, so global warming will have a minimal effect on the supply of water to it.

text: With a predicted increase in temperature of 3° by 2040, the region's water supply as a whole is expected to decline.  Water supplies come from glaciers and mountain snowpack.  As temperatures rise, the elevation at which snow normally falls will increase, and there will be less water available during run-off seasons. Winter and early spring will produce more water than late spring flows, which will decrease the amount of available water during the summer. A lack of water will be problematic for both humans and the region's wildlife. This issue is also concerning because as water levels decrease, there is an expected increase in population in the Puget Sound region. The municipal water supply problem will affect different regions differently depending on the amount of public served by them and the amount of water supply that they can tap into. Everett for example, has a population of 100,000 and the Sultan river provides it with a vast amount of water compared to its population, so global warming will have a minimal effect on the supply of water to it.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal water supply problem will affect different regions

answers: NDQ_001770

answers: A lack of water will be problematic

answers: NDQ_001771

answers: What will happen to the amount of available water during the summer?

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a source of water: glaciers or mountain snowpack?

answers: NDQ_001774

answers: lacks water during the summer

answers: NDQ_001775

answers: What will the lack of water be problematic for?

answers: NDQ_001776

answers: global warming

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: increase in population

answers: NDQ_001781

answers: can't be used for other purposes

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, wildlife, or glaciers?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a concern for the Puget Sound region?

answers: NDQ_001788

answers: Which of the following is not a concern for the Puget Sound region?

answers: NDQ_001789

answers: Which of the following is not a source of water: glaciers and mountain snowpack?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Water supplies come from glaciers and mountain snowpack

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a source of waterborne diseases?

answers: NDQ_001797

answers: Which of the following is true of the Puget Sound region?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a source of water: glaciers and mountain snowpack?

answers: NDQ_001800

answers: global warming

answers: NDQ_001801

answers: run-off seasons

answers: NDQ_001802

answers: global warming will have a minimal effect on the supply of water to it

answers: NDQ_001803

answers: run-off

answers: NDQ_001804

answers: the Sultan river

answers: NDQ_001805

answers: humans

answers: NDQ_001768

answers: glaciers and mountain snowpack.

answers: NDQ_001769

answers: public

answers: NDQ_001770

answers: increase in population

answers: NDQ_001771

answers: wildlife.

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: 3° by 2040,

answers: NDQ_001774

answers: A lack of water

answers: NDQ_001775

answers: Water supplies come from glaciers and mountain snowpack.

answers: NDQ_001776

answers: global warming

answers: NDQ_001777

answers: the amount of water supply that they can tap into.

answers: NDQ_001778

answers: increase in population

answers: NDQ_001781

answers: global warming

answers: NDQ_001782

answers: humans and the region's wildlife.

answers: NDQ_001785

answers: A lack of water

answers: NDQ_001787

answers: increase in temperature of 3° by 2040,

answers: NDQ_001788

answers: Water supplies come from glaciers and mountain snowpack.

answers: NDQ_001789

answers: Water supplies come from glaciers and mountain snowpack.

answers: NDQ_001790

answers: global warming

answers: NDQ_001791

answers: 3° by 2040,

answers: NDQ_001792

answers: Water supplies come from glaciers and mountain snowpack.

answers: NDQ_001793

answers: global warming

answers: NDQ_001794

answers: glaciers and mountain snowpack.

answers: NDQ_001795

answers: 3° by 2040,

answers: NDQ_001796

answers: lack of water

answers: NDQ_001797

answers: Water supplies come from glaciers and mountain snowpack.

answers: NDQ_001798

answers: 100,000

answers: NDQ_001799

answers: Water supplies come from glaciers and mountain snowpack.

answers: NDQ_001800

answers: global warming

answers: NDQ_001801

answers: run-off seasons.

answers: NDQ_001802

answers: global warming

answers: NDQ_001803

answers: glaciers and mountain snowpack.

answers: NDQ_001804

answers: Sultan river

answers: NDQ_001805

answers: humans

text: Sewage is a major cause of water pollution in Brazil, a major problem that undermines quality of life, health, and economic development in large metropolitan areas and has a disproportionate impact on the poor in the slums surrounding Brazil’s largest cities. According to the 2000 National Survey of Sanitary Conditions (PNSB), less than 10% of the wastewater produced in urban areas is treated. The 2000 PNSB was the latest survey of water supply for human consumption and wastewater collection and treatment conducted nationwide. Water quality management is also undertaken by the states, although the quality of their water monitoring systems and surveys varies widely. In 2006, only nine Brazilian states had water quality monitoring systems that were rated as excellent or very good; five had good or fair systems; and thirteen had weak systems.

text: Sewage is a major cause of water pollution in Brazil, a major problem that undermines quality of life, health, and economic development in large metropolitan areas and has a disproportionate impact on the poor in the slums surrounding Brazil’s largest cities. According to the 2000 National Survey of Sanitary Conditions (PNSB), less than 10% of the wastewater produced in urban areas is treated. The 2000 PNSB was the latest survey of water supply for human consumption and wastewater collection and treatment conducted nationwide. Water quality management is also undertaken by the states, although the quality of their water monitoring systems and surveys varies widely. In 2006, only nine Brazilian states had water quality monitoring systems that were rated as excellent or very good; five had good or fair systems; and thirteen had weak systems.

answers: NDQ_001768

answers: less than 10%

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: Sewage

answers: NDQ_001771

answers: How many states had water quality monitoring systems that were rated as excellent or very good?

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: Which of the following is not a major cause of water pollution in Brazil?

answers: NDQ_001774

answers: less than 10%

answers: NDQ_001775

answers: What is a major cause of water pollution?

answers: NDQ_001776

answers: Sewage

answers: NDQ_001777

answers: quality of their water monitoring systems

answers: NDQ_001778

answers: Sewage

answers: NDQ_001781

answers: Sewage

answers: NDQ_001782

answers: Which of the following is not a major cause of water pollution in Brazil?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a major cause of water pollution in Brazil?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a source of water pollution in Brazil?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a major cause of water pollution in Brazil?

answers: NDQ_001797

answers: Which of the following is not a major cause of water pollution in Brazil?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is a major cause of water pollution in Brazil?

answers: NDQ_001800

answers: Sewage

answers: NDQ_001801

answers: Brazil’s largest cities

answers: NDQ_001802

answers: less than 10% of the wastewater produced in urban areas

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: wastewater

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: Water quality management is also undertaken by the states,

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: Sewage is a major cause of water pollution

answers: NDQ_001771

answers: human consumption

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: Sewage is a major cause of water pollution in Brazil,

answers: NDQ_001774

answers: wastewater produced in urban areas is treated.

answers: NDQ_001775

answers: human consumption

answers: NDQ_001776

answers: Sewage

answers: NDQ_001777

answers: the states,

answers: NDQ_001778

answers: consumption

answers: NDQ_001781

answers: Sewage

answers: NDQ_001782

answers: human consumption

answers: NDQ_001785

answers: Sewage is a major cause of water pollution in Brazil,

answers: NDQ_001787

answers: Sewage is a major cause of water pollution in Brazil,

answers: NDQ_001788

answers: Sewage

answers: NDQ_001789

answers: water supply for human consumption

answers: NDQ_001790

answers: Sewage

answers: NDQ_001791

answers: less than 10%

answers: NDQ_001792

answers: Sewage is a major cause of water pollution in Brazil,

answers: NDQ_001793

answers: water supply for human consumption

answers: NDQ_001794

answers: 2000 National Survey of Sanitary Conditions

answers: NDQ_001795

answers: less than 10% of the wastewater produced in urban areas is treated.

answers: NDQ_001796

answers: Sewage

answers: NDQ_001797

answers: water supply for human consumption

answers: NDQ_001798

answers: less than 10% of the wastewater produced in urban areas is treated.

answers: NDQ_001799

answers: Sewage

answers: NDQ_001800

answers: Sewage is a major cause of water pollution in Brazil,

answers: NDQ_001801

answers: Sewage is a major cause of water pollution in Brazil,

answers: NDQ_001802

answers: Sewage is a major cause of water pollution in Brazil,

answers: NDQ_001803

answers: wastewater collection and treatment

answers: NDQ_001804

answers: wastewater collection and treatment

answers: NDQ_001805

answers: human consumption

text: Water use can mean the amount of water used by a household or a country, or the amount used for a given task or for the production of a given quantity of some product or crop, or the amount allocated for a particular purpose.

text: Water use can mean the amount of

text: water

text: used by a household or a country, or the amount used for a given task or for the production of a given quantity of some product or crop, or the amount allocated for a particular purpose.

answers: NDQ_001768

answers: the most water

answers: NDQ_001769

answers: production of some product or crop

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: are used in the production of crops

answers: NDQ_001774

answers: is used for a given task

answers: NDQ_001775

answers: production of some product or crop

answers: NDQ_001776

answers: water use

answers: NDQ_001777

answers: water use

answers: NDQ_001778

answers: Water use

answers: NDQ_001781

answers: is not used for productive purposes

answers: NDQ_001782

answers: What does water use mean?

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: groundwater

answers: NDQ_001788

answers: a country

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: the amount allocated to a particular purpose

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: one-quarter

answers: NDQ_001796

answers: water use

answers: NDQ_001797

answers: Dry climates generally have less water for people to use

answers: NDQ_001798

answers: less

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water use

answers: NDQ_001801

answers: can mean a period of drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can mean the amount of water used

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: the amount used for a given task

answers: NDQ_001769

answers: production of a given quantity of some product or crop,

answers: NDQ_001770

answers: a given quantity of some product or crop,

answers: NDQ_001771

answers: production of a given quantity of some product or crop,

answers: NDQ_001772

answers: a household

answers: NDQ_001773

answers: Water use

answers: NDQ_001774

answers: water

answers: NDQ_001775

answers: the production of a given quantity of some product or crop,

answers: NDQ_001776

answers: Water use

answers: NDQ_001777

answers: Water use

answers: NDQ_001778

answers: Water use

answers: NDQ_001781

answers: production of a given quantity of some product or crop,

answers: NDQ_001782

answers: Water use

answers: NDQ_001785

answers: Water use

answers: NDQ_001787

answers: Water use

answers: NDQ_001788

answers: Water use

answers: NDQ_001789

answers: Water use

answers: NDQ_001790

answers: Water use

answers: NDQ_001791

answers: Water use

answers: NDQ_001792

answers: Water use

answers: NDQ_001793

answers: Water use

answers: NDQ_001794

answers: Water use

answers: NDQ_001795

answers: Water use

answers: NDQ_001796

answers: Water use

answers: NDQ_001797

answers: Water use

answers: NDQ_001798

answers: Water use

answers: NDQ_001799

answers: Water use can mean the amount of water

answers: NDQ_001800

answers: Water use

answers: NDQ_001801

answers: Water use

answers: NDQ_001802

answers: Water use can mean the amount of water

answers: NDQ_001803

answers: crop,

answers: NDQ_001804

answers: Water use

answers: NDQ_001805

answers: production of a given quantity of some product or crop,

text: The deforestation has resulted to siltation on the rivers hence reducing the quantity of water in the rivers. The quarterly flows measures being undertaken by Ministry of Irrigation and Water Development in conjunction with Thyolo District Council through District Coordination Team (DCT) quarterly flow measure report of October to December 2010 revealed that flows are declining. The depletion of natural resources at Mphuka is causing a series of problems which include; poor quality of water supply hence high incidences of water borne diseases within the area and loss of biodiversity.

text: The deforestation has resulted to siltation on the rivers hence reducing the quantity of water in the rivers. The quarterly flows measures being undertaken by Ministry of Irrigation and Water Development in conjunction with Thyolo District Council through District Coordination Team (DCT) quarterly flow measure report of October to December 2010 revealed that flows are declining. The depletion of natural resources at Mphuka is causing a series of problems which include; poor quality of water supply hence high incidences of water borne diseases within the area and loss of

text: biodiversity

answers: NDQ_001768

answers: poor quality of water

answers: NDQ_001769

answers: Irrigation and Water Development

answers: NDQ_001770

answers: water borne diseases

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Irrigation

answers: NDQ_001773

answers: Which of the following is not a type of resource mentioned in the passage?

answers: NDQ_001774

answers: deforestation

answers: NDQ_001775

answers: Irrigation

answers: NDQ_001776

answers: water borne diseases

answers: NDQ_001777

answers: deforestation

answers: NDQ_001778

answers: deforestation

answers: NDQ_001781

answers: depletes natural resources

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What is the Ministry of Irrigation and Water Development?

answers: NDQ_001788

answers: Which of the following is not a reason for the depletion of natural resources?

answers: NDQ_001789

answers: Which of the following is not a type of resource: Irrigation and Water Development?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Why is the depletion of natural resources at Mphuka causing a series of problems?

answers: NDQ_001797

answers: Which of the following is not a reason for the deforestation?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Which of the following is not a source of water: rivers or siltation?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: December 2010

answers: NDQ_001802

answers: poor quality of water

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: Irrigation

answers: NDQ_001805

answers: NDQ_001768

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001769

answers: Irrigation and Water Development

answers: NDQ_001770

answers: water borne diseases

answers: NDQ_001771

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001772

answers: Irrigation and Water Development

answers: NDQ_001773

answers: The deforestation

answers: NDQ_001774

answers: deforestation

answers: NDQ_001775

answers: Irrigation

answers: NDQ_001776

answers: water borne diseases

answers: NDQ_001777

answers: deforestation

answers: NDQ_001778

answers: deforestation

answers: NDQ_001781

answers: deforestation

answers: NDQ_001782

answers: loss of biodiversity.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Irrigation and Water Development

answers: NDQ_001788

answers: Ministry of Irrigation and Water Development

answers: NDQ_001789

answers: Irrigation and Water Development

answers: NDQ_001790

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001791

answers: 2010

answers: NDQ_001792

answers: The deforestation

answers: NDQ_001793

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001794

answers: The deforestation

answers: NDQ_001795

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001796

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001797

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001798

answers: 2010

answers: NDQ_001799

answers: water borne diseases

answers: NDQ_001800

answers: The depletion of natural resources

answers: NDQ_001801

answers: October to December 2010

answers: NDQ_001802

answers: poor quality of water supply hence high incidences of water borne diseases

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: Irrigation and Water Development

answers: NDQ_001805

answers: Irrigation

text: The Mosul Dam was designed to supply Mosul with hydroelectricity and water supplies. However water supply cuts are common and mobile phone networks have been shut down.

text: The

text: Mosul Dam

text: was designed to supply Mosul with hydroelectricity and water supplies. However water supply cuts are common and mobile phone networks have been shut down.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: hydroelectricity and water supplies

answers: NDQ_001770

answers: Mobile phone networks to be shut down

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Mosul

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: is cut

answers: NDQ_001775

answers: hydroelectricity

answers: NDQ_001776

answers: water supply cuts

answers: NDQ_001777

answers: Mosul Dam

answers: NDQ_001778

answers: mobile phone networks have been shut down

answers: NDQ_001781

answers: does not have a pump

answers: NDQ_001782

answers: How would you describe Mosul?

answers: NDQ_001785

answers: (A).

answers: NDQ_001787

answers: The Mosul Dam was designed to supply Mosul with hydroelectricity.

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: None of the above choices .

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: no one

answers: NDQ_001796

answers: Which of the following is not a benefit of the Mosul Dam?

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: Mosul Dam

answers: NDQ_001805

answers: hydroelectricity

answers: NDQ_001768

answers: hydroelectricity

answers: NDQ_001769

answers: hydroelectricity

answers: NDQ_001770

answers: water supply cuts

answers: NDQ_001771

answers: hydroelectricity

answers: NDQ_001772

answers: Mosul with hydroelectricity

answers: NDQ_001773

answers: mobile phone networks

answers: NDQ_001774

answers: water supply cuts

answers: NDQ_001775

answers: hydroelectricity

answers: NDQ_001776

answers: water supplies. However water supply cuts

answers: NDQ_001777

answers: The Mosul Dam was designed to supply Mosul with hydroelectricity

answers: NDQ_001778

answers: mobile phone networks have been shut down.

answers: NDQ_001781

answers: water supply cuts

answers: NDQ_001782

answers: water supply cuts

answers: NDQ_001785

answers: mobile phone networks

answers: NDQ_001787

answers: water supply cuts are common and mobile phone networks

answers: NDQ_001788

answers: The Mosul Dam was designed to supply Mosul with hydroelectricity

answers: NDQ_001789

answers: hydroelectricity

answers: NDQ_001790

answers: mobile phone networks have been shut down.

answers: NDQ_001791

answers: The Mosul Dam was designed to supply Mosul with hydroelectricity

answers: NDQ_001792

answers: water supply cuts

answers: NDQ_001793

answers: water supply cuts are common

answers: NDQ_001794

answers: water supply cuts are common and mobile phone networks

answers: NDQ_001795

answers: water supply cuts are common and mobile phone networks

answers: NDQ_001796

answers: water supply cuts

answers: NDQ_001797

answers: water supply cuts are common

answers: NDQ_001798

answers: water supply cuts are common

answers: NDQ_001799

answers: water supply cuts

answers: NDQ_001800

answers: water supply cuts are common and mobile phone networks have been shut down.

answers: NDQ_001801

answers: water supply cuts are common

answers: NDQ_001802

answers: water supply cuts are common

answers: NDQ_001803

answers: The Mosul Dam

answers: NDQ_001804

answers: Mosul Dam

answers: NDQ_001805

answers: hydroelectricity

text: Water scarcity involves water shortage, water stress or deficits, and water crisis. The relatively new concept of water stress is difficulty in obtaining sources of fresh water for use during a period of time; it may result in further depletion and deterioration of available water resources. Water shortages may be caused by climate change, such as altered weather-patterns (including droughts or floods), increased pollution, and increased human demand and overuse of water. The term water crisis labels a situation where the available potable, unpolluted water within a region is less than that region's demand. Two converging phenomena drive water scarcity: growing freshwater use and depletion of usable freshwater resources.

text: Water scarcity involves water shortage, water stress or deficits, and water crisis. The relatively new concept of water stress is difficulty in obtaining sources of fresh water for use during a period of time; it may result in further depletion and deterioration of available water resources. Water shortages may be caused by

text: climate change

text: , such as altered weather-patterns (including

text: droughts

text: or

text: floods

text: ), increased

text: pollution

text: , and increased human demand and overuse of

text: water

text: . The term water crisis labels a situation where the available

text: potable

text: , unpolluted water within a region is less than that region's demand. Two converging phenomena drive water scarcity: growing freshwater use and depletion of usable freshwater resources.

answers: NDQ_001768

answers: freshwater

answers: NDQ_001769

answers: potable, unpolluted water

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a cause of water scarcity: climate change, increased pollution, or increased human demand and overuse of water?

answers: NDQ_001774

answers: depleted

answers: NDQ_001775

answers: more than potable water

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: overuse of water

answers: NDQ_001781

answers: overused

answers: NDQ_001782

answers: Which of the following is not a form of water scarcity: water shortage, water stress or deficits, or water crisis?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: overuse of water

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not caused by climate change: altered weather-patterns (including droughts or floods)

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: Water scarcity

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: increased pollution, and increased human demand and overuse of water

answers: NDQ_001803

answers: sources of fresh water

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: overuse of water

answers: NDQ_001768

answers: growing freshwater

answers: NDQ_001769

answers: potable,

answers: NDQ_001770

answers: overuse of water.

answers: NDQ_001771

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Water scarcity

answers: NDQ_001774

answers: overuse of water.

answers: NDQ_001775

answers: pollution,

answers: NDQ_001776

answers: pollution,

answers: NDQ_001777

answers: growing freshwater use and depletion of usable freshwater resources.

answers: NDQ_001778

answers: overuse of water.

answers: NDQ_001781

answers: overuse of water.

answers: NDQ_001782

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001785

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001787

answers: pollution,

answers: NDQ_001788

answers: overuse of water.

answers: NDQ_001789

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001790

answers: Water scarcity

answers: NDQ_001791

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001792

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001793

answers: unpolluted water

answers: NDQ_001794

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001795

answers: Water scarcity

answers: NDQ_001796

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001797

answers: Water shortages may be caused by climate change,

answers: NDQ_001798

answers: growing freshwater use and depletion of usable freshwater resources.

answers: NDQ_001799

answers: unpolluted

answers: NDQ_001800

answers: Water scarcity

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: increased pollution,

answers: NDQ_001803

answers: sources of fresh water

answers: NDQ_001804

answers: water stress is difficulty in obtaining sources of fresh water

answers: NDQ_001805

answers: overuse of water.

text: The water supply system for Victoria, British Columbia, now operated by the Capital Regional District (CRD), served in 2010 over 330,000 people with clean drinking water from a catchment area of  centered on its main reservoir at Sooke Lake. The CRD’s ownership and complete control of its entire watershed assures its customers of a supply that is secure in both quantity and quality. The main reservoir and its subsidiary reservoirs are estimated to contain 93 billion litres of water, enough to meet the needs of its customers for two years without any rainfall. It is the history of this remarkable system that is sketched below.

text: The water supply system for

text: Victoria, British Columbia

text: , now operated by the

text: Capital Regional District

text: (CRD), served in 2010 over 330,000 people with clean drinking water from a catchment area of  centered on its main reservoir at Sooke Lake. The CRD’s ownership and complete control of its entire watershed assures its customers of a supply that is secure in both quantity and quality. The main reservoir and its subsidiary reservoirs are estimated to contain 93 billion litres of water, enough to meet the needs of its customers for two years without any rainfall. It is the history of this remarkable system that is sketched below.

answers: NDQ_001768

answers: litres of water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water quality problems

answers: NDQ_001771

answers: Sooke Lake

answers: NDQ_001772

answers: people

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: Sooke Lake, Victoria, or Sooke Lake?

answers: NDQ_001774

answers: is not reclaimed

answers: NDQ_001775

answers: drinking

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: 330,000 people with clean drinking water

answers: NDQ_001781

answers: can't be used

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a benefit of the water supply system for Victoria, British Columbia?

answers: NDQ_001797

answers: Which of the following is not a climate: British Columbia, Victoria, or Alberta?

answers: NDQ_001798

answers: How would you describe the water supply system for Victoria, British Columbia?

answers: NDQ_001799

answers: What does the CRD's ownership and complete control of its entire watershed assure?

answers: NDQ_001800

answers: NDQ_001801

answers: two years without any rainfall

answers: NDQ_001802

answers: 93 billion litres of water

answers: NDQ_001803

answers: a reservoir

answers: NDQ_001804

answers: Sooke Lake

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: 330,000 people with clean drinking water

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: 330,000 people with clean drinking water

answers: NDQ_001771

answers: Sooke Lake.

answers: NDQ_001772

answers: Capital Regional District

answers: NDQ_001773

answers: 330,000 people with clean drinking water

answers: NDQ_001774

answers: rainfall.

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: rainfall.

answers: NDQ_001778

answers: people

answers: NDQ_001781

answers: rainfall.

answers: NDQ_001782

answers: 93 billion litres

answers: NDQ_001785

answers: two years

answers: NDQ_001787

answers: 330,000 people with clean drinking water

answers: NDQ_001788

answers: 93 billion litres of water,

answers: NDQ_001789

answers: 93 billion litres of water,

answers: NDQ_001790

answers: 93 billion litres

answers: NDQ_001791

answers: 93 billion litres of water,

answers: NDQ_001792

answers: The water supply system for Victoria, British Columbia,

answers: NDQ_001793

answers: 93 billion litres

answers: NDQ_001794

answers: 93 billion litres

answers: NDQ_001795

answers: 330,000 people with clean drinking water

answers: NDQ_001796

answers: 330,000 people with clean drinking water

answers: NDQ_001797

answers: 330,000 people with clean drinking water

answers: NDQ_001798

answers: 93 billion litres

answers: NDQ_001799

answers: clean drinking water

answers: NDQ_001800

answers: 93 billion litres of water,

answers: NDQ_001801

answers: two years without any rainfall.

answers: NDQ_001802

answers: clean drinking water

answers: NDQ_001803

answers: rainfall.

answers: NDQ_001804

answers: main reservoir at Sooke Lake.

answers: NDQ_001805

answers: drinking water

text: Water of the creek is collected in two artifial reservoirs and supplies the areas of St. Nikolaus and Höhenstraße with drinking water. This often causes locally low water levels in the Fallbach.

text: Water of the creek is collected in two artifial reservoirs and supplies the areas of St. Nikolaus and Höhenstraße with drinking water. This often causes locally low water levels in the Fallbach.

answers: NDQ_001768

answers: artifial reservoirs

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: low water levels in the Fallbach

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: drinking water

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: causes locally low water levels

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: the location of the population

answers: NDQ_001778

answers: drinking water

answers: NDQ_001781

answers: is not collected in reservoirs

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: Which of the following is not true?

answers: NDQ_001787

answers: Which of the following is not a reason for low water levels in the Fallbach?

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Yes

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: low water levels

answers: NDQ_001801

answers: NDQ_001802

answers: low water levels

answers: NDQ_001803

answers: artifial reservoirs

answers: NDQ_001804

answers: artifial reservoir

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: artifial reservoirs

answers: NDQ_001769

answers: drinking water.

answers: NDQ_001770

answers: low water levels in the Fallbach.

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: drinking water.

answers: NDQ_001773

answers: Water of the creek is collected in two artifial reservoirs

answers: NDQ_001774

answers: locally low water levels in the Fallbach.

answers: NDQ_001775

answers: drinking water.

answers: NDQ_001776

answers: drinking water.

answers: NDQ_001777

answers: locally low water levels

answers: NDQ_001778

answers: Water of the creek is collected in two artifial reservoirs

answers: NDQ_001781

answers: drinking water.

answers: NDQ_001782

answers: low water levels in the Fallbach.

answers: NDQ_001785

answers: low water levels in the Fallbach.

answers: NDQ_001787

answers: low water levels in the Fallbach.

answers: NDQ_001788

answers: This often causes locally low water levels in the Fallbach.

answers: NDQ_001789

answers: artifial reservoirs

answers: NDQ_001790

answers: low water levels in the Fallbach.

answers: NDQ_001791

answers: Water of the creek is collected in two artifial reservoirs

answers: NDQ_001792

answers: drinking water.

answers: NDQ_001793

answers: drinking water.

answers: NDQ_001794

answers: artifial reservoirs

answers: NDQ_001795

answers: low water levels in the Fallbach.

answers: NDQ_001796

answers: Water of the creek is collected in two artifial reservoirs

answers: NDQ_001797

answers: low water levels in the Fallbach.

answers: NDQ_001798

answers: Water of the creek is collected in two artifial reservoirs

answers: NDQ_001799

answers: Water of the creek is collected in two artifial reservoirs

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: low water levels in the Fallbach.

answers: NDQ_001802

answers: locally low water levels

answers: NDQ_001803

answers: artifial reservoirs

answers: NDQ_001804

answers: artifial reservoirs

answers: NDQ_001805

answers: drinking water.

text: Water resources are abundant in Ireland, with 82% of drinking water supplies in Ireland sourced from surface water (i.e. rivers and lakes) and 18% coming from groundwater – 10.5% from groundwater and 7.6% from springs. This high dependence on surface water is above the EU average. Approximately 2% of Ireland's water resources are abstracted for human use. Unaccounted for water constitutes 41% of total water supply, followed by supply for domestic demand (39%), and non-domestic demand (20%).

text: Water resources are abundant in Ireland, with 82% of drinking water supplies in Ireland sourced from surface water (i.e. rivers and lakes) and 18% coming from groundwater – 10.5% from groundwater and 7.6% from springs. This high dependence on surface water is above the EU average. Approximately 2% of Ireland's water resources are abstracted for human use. Unaccounted for water constitutes 41% of total water supply, followed by supply for domestic demand (39%), and non-domestic demand (20%).

answers: NDQ_001768

answers: unaccounted for water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: unaccounted for water constitutes

answers: NDQ_001771

answers: Approximately 2% of Ireland's water resources are abstracted for human

answers: NDQ_001772

answers: domestic demand

answers: NDQ_001773

answers: Approximately 2% of Ireland's agricultural chemicals are abstracted for human use.

answers: NDQ_001774

answers: abstracted

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: Ireland's water resources

answers: NDQ_001778

answers: abstracted for human use

answers: NDQ_001781

answers: unaccounted for

answers: NDQ_001782

answers: How many percent of Ireland's water resources are abstracted for human use?

answers: NDQ_001785

answers: How many more hours can we live without water than without food?

answers: NDQ_001787

answers: How many percent of Ireland's water resources are abstracted for human use?

answers: NDQ_001788

answers: Unaccounted for water constitutes 41% of total water supply

answers: NDQ_001789

answers: How many percent of Ireland's water resources are abstracted for human use?

answers: NDQ_001790

answers: water resources are abundant in Ireland

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: How many percent of Ireland's water resources are abstracted for human use?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many percent of Ireland's water resources are abstracted for human use?

answers: NDQ_001797

answers: How many percent of Ireland's water resources are abstracted for human use?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: Why is surface water safe to drink?

answers: NDQ_001800

answers: unaccounted for

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: unaccounted for water constitutes 41% of total water supply

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: human use.

answers: NDQ_001770

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001771

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001772

answers: non-domestic demand

answers: NDQ_001773

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001774

answers: Approximately 2% of Ireland's water resources are abstracted

answers: NDQ_001775

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001776

answers: surface water

answers: NDQ_001777

answers: surface water

answers: NDQ_001778

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001781

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001782

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001785

answers: 82% of drinking water supplies in Ireland sourced from surface water

answers: NDQ_001787

answers: 18% coming from groundwater

answers: NDQ_001788

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: Water resources are abundant in Ireland,

answers: NDQ_001791

answers: surface water

answers: NDQ_001792

answers: 82% of drinking water supplies in Ireland sourced from surface water

answers: NDQ_001793

answers: Ireland,

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: 82% of drinking water supplies in Ireland sourced from surface water

answers: NDQ_001796

answers: 18% coming from groundwater

answers: NDQ_001797

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001798

answers: 2% of Ireland's water resources are abstracted for human use.

answers: NDQ_001799

answers: surface water

answers: NDQ_001800

answers: Unaccounted for water

answers: NDQ_001801

answers: Water resources are abundant in Ireland,

answers: NDQ_001802

answers: Approximately 2%

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: surface water

text: Efficiency and service quality improved substantially over the following years. The level on non-revenue water decreased from an estimated 36% in 2005 to 10% in 2009; one quarter of residents received continuous water supply (although the average supply remained at only 7 hours per day) in 2009; the share of metered connections increased from 2% in 2007 to 26% in 2009; the number of customers increased; and the company recovered its operating costs plus a portion of capital costs. Identifying and legalising illegal connections was an important element in the reduction of non-revenue water. The utility prides itself today of the good drinking water quality provided and encourages its customers to drink from the tap. The utility also operates a wastewater treatment plant that meets discharge standards. The private utility pays salaries that are higher than civil service salaries and conducts extensive training programs for its staff. It has also installed a modern system to track and resolve customer complaints. Furthermore, it conducts independent annual customer satisfaction surveys. JUSCO’s vision is to be the preferred provider of water supply and other urban services throughout India. Together with Ranhill Malaysia it won a 25-year concession contract for providing the water supply in Haldia City, West Bengal.

text: Efficiency and service quality improved substantially over the following years. The level on

text: non-revenue water

text: decreased from an estimated 36% in 2005 to 10% in 2009; one quarter of residents received continuous water supply (although the average supply remained at only 7 hours per day) in 2009; the share of metered connections increased from 2% in 2007 to 26% in 2009; the number of customers increased; and the company recovered its operating costs plus a portion of capital costs. Identifying and legalising illegal connections was an important element in the reduction of non-revenue water. The utility prides itself today of the good drinking water quality provided and encourages its customers to drink from the tap. The utility also operates a wastewater treatment plant that meets discharge standards. The private utility pays salaries that are higher than civil service salaries and conducts extensive training programs for its staff. It has also installed a modern system to track and resolve customer complaints. Furthermore, it conducts independent annual customer satisfaction surveys. JUSCO’s vision is to be the preferred provider of water supply and other urban services throughout India. Together with Ranhill Malaysia it won a 25-year concession contract for providing the water supply in

text: Haldia

text: City, West Bengal.

answers: NDQ_001768

answers: non-revenue

answers: NDQ_001769

answers: urban services

answers: NDQ_001770

answers: non-revenue water

answers: NDQ_001771

answers: How many percent of residents received continuous water supply in 2009?

answers: NDQ_001772

answers: residents

answers: NDQ_001773

answers: Which of the following is not a product of JUSCO: water, wastewater, or chemicals?

answers: NDQ_001774

answers: illegal connections

answers: NDQ_001775

answers: Identifying and legalising illegal connections was an important element in the reduction

answers: NDQ_001776

answers: __

answers: NDQ_001777

answers: non-revenue water

answers: NDQ_001778

answers: illegal connections

answers: NDQ_001781

answers: non-revenue water

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many hours per day can we live without water?

answers: NDQ_001787

answers: Which of the following is not an element in the reduction of non-revenue water?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: Which of the following is not a type of water: drinking water, wastewater, or electricity?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which happened first, the level on non-revenue water decreased or the share of metered connections increased?

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or urban climates?

answers: NDQ_001798

answers: How many percent of residents received continuous water supply in 2009

answers: NDQ_001799

answers: Which of the following is not a type of water: drinking water, wastewater treatment plant, or non-revenue water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 2009

answers: NDQ_001802

answers: level on non-revenue water decreased from an estimated 36% in 2005 to 10% in 2009

answers: NDQ_001803

answers: continuous water supply

answers: NDQ_001804

answers: wastewater treatment plant

answers: NDQ_001805

answers: urban services

answers: NDQ_001768

answers: non-revenue water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water quality provided and encourages its customers to drink from the tap.

answers: NDQ_001771

answers: drink from the tap.

answers: NDQ_001772

answers: residents received continuous water supply

answers: NDQ_001773

answers: Ranhill Malaysia

answers: NDQ_001774

answers: wastewater treatment plant

answers: NDQ_001775

answers: wastewater treatment plant

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: the number of customers

answers: NDQ_001778

answers: the number of customers increased;

answers: NDQ_001781

answers: illegal connections

answers: NDQ_001782

answers: drinking water quality provided and encourages its customers to drink from the tap.

answers: NDQ_001785

answers: 10% in 2009;

answers: NDQ_001787

answers: wastewater treatment plant that meets discharge standards.

answers: NDQ_001788

answers: 36% in 2005 to 10% in 2009;

answers: NDQ_001789

answers: wastewater treatment plant

answers: NDQ_001790

answers: 10% in 2009;

answers: NDQ_001791

answers: 10% in 2009;

answers: NDQ_001792

answers: one quarter of residents received continuous water supply

answers: NDQ_001793

answers: good drinking water quality provided and encourages its customers to drink from the tap.

answers: NDQ_001794

answers: 10% in 2009;

answers: NDQ_001795

answers: one quarter of residents received continuous water supply

answers: NDQ_001796

answers: good drinking water quality provided and encourages its customers to drink from the tap.

answers: NDQ_001797

answers: 10% in 2009;

answers: NDQ_001798

answers: 36% in 2005 to 10% in 2009;

answers: NDQ_001799

answers: good drinking water quality provided and encourages its customers to drink from the tap.

answers: NDQ_001800

answers: non-revenue water

answers: NDQ_001801

answers: 2009;

answers: NDQ_001802

answers: 36% in 2005 to 10% in 2009;

answers: NDQ_001803

answers: wastewater treatment plant

answers: NDQ_001804

answers: wastewater treatment plant

answers: NDQ_001805

answers: drinking water quality provided and encourages its customers to drink from the tap.

text: Melbourne Water has a system of restrictions to manage water supplies into the future. It reports on  storage levels on Thursday each week while an interactive graph compares actual use. Further reviews of restrictions will be needed to counter an ongoing drought, poor rainfall, record low storage levels and rising water use compared with past years. An overview of Australian water restrictions (including Melbourne Water) is found here.

text: Melbourne Water has a system of restrictions to manage water supplies into the future. It reports on  storage levels on Thursday each week while an interactive graph compares actual use. Further reviews of restrictions will be needed to counter an ongoing drought, poor rainfall, record low storage levels and rising water use compared with past years. An overview of Australian water restrictions (including Melbourne Water) is found

text: here

answers: NDQ_001768

answers: rising water use

answers: NDQ_001769

answers: What is the purpose of the graph?

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Australia

answers: NDQ_001773

answers: Which of the following is not a type of restriction: drought, poor rainfall, record low storage levels or rising water use?

answers: NDQ_001774

answers: record low storage levels

answers: NDQ_001775

answers: What does the graph compare?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: rising water use

answers: NDQ_001781

answers: does not have enough storage

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is true of Melbourne Water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a reason for Melbourne Water to have restrictions?

answers: NDQ_001789

answers: Which of the following is not a source of water: drought, poor rainfall, record low storage levels and rising water use?

answers: NDQ_001790

answers: Which of the following is not the reason for Melbourne Water's restrictions?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a type of water?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason for restrictions to manage water supplies into the future?

answers: NDQ_001797

answers: Which of the following is not a reason for Melbourne Water to have restrictions?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a reason for Melbourne Water to have restrictions?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: None of the above choices

answers: NDQ_001804

answers: a system of restrictions

answers: NDQ_001805

answers: Australia

answers: NDQ_001768

answers: rising water use compared with past years.

answers: NDQ_001769

answers: water use

answers: NDQ_001770

answers: drought, poor rainfall, record low storage levels and rising water use

answers: NDQ_001771

answers: rising water use

answers: NDQ_001772

answers: Melbourne Water

answers: NDQ_001773

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001774

answers: drought,

answers: NDQ_001775

answers: rising water use

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainfall,

answers: NDQ_001778

answers: rising water use

answers: NDQ_001781

answers: drought,

answers: NDQ_001782

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001785

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001787

answers: drought,

answers: NDQ_001788

answers: rising water use compared with past years.

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001791

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001792

answers: Melbourne Water has a system of restrictions to manage water supplies

answers: NDQ_001793

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001794

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001795

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001796

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001797

answers: drought,

answers: NDQ_001798

answers: rising water use compared with past years.

answers: NDQ_001799

answers: Melbourne Water has a system of restrictions to manage water

answers: NDQ_001800

answers: drought,

answers: NDQ_001801

answers: drought,

answers: NDQ_001802

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

answers: NDQ_001803

answers: drought, poor rainfall,

answers: NDQ_001804

answers: Melbourne Water

answers: NDQ_001805

answers: Melbourne Water has a system of restrictions to manage water supplies into the future.

text: The Water Sector Consolidation Project is a US$ 12.3m project approved in 2005 that "aims to support the achievement of sustainable universal access to safe and affordable water for the population of Guyana, especially the poor." The project's main component foresees the construction of water treatment plants and associated transmission and distribution infrastructure, including metering, in three systems: Anna Regina area water supply system in Division 1 of GWI; Parika area water supply system in Division 2; and Rosignol area water supply system in Division 4. These investments are expected to provide a continuous supply of iron-free water under good pressure, as opposed to the current level of supply which consists of intermittent supply of water with a high iron content at mostly low pressure.

text: The Water Sector Consolidation Project is a US$ 12.3m project approved in 2005 that "aims to support the achievement of sustainable universal access to safe and affordable water for the population of Guyana, especially the poor." The project's main component foresees the construction of water treatment plants and associated transmission and distribution infrastructure, including metering, in three systems:

text: Anna Regina

text: area water supply system in Division 1 of GWI;

text: Parika

text: area water supply system in Division 2; and

text: Rosignol

text: area water supply system in Division 4. These investments are expected to provide a continuous supply of iron-free water under good pressure, as opposed to the current level of supply which consists of intermittent supply of water with a high iron content at mostly low pressure.

answers: NDQ_001768

answers: intermittent supply of water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: low pressure

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: Guyana

answers: NDQ_001773

answers: What is the main component foresees the construction of water treatment plants?

answers: NDQ_001774

answers: is at mostly low pressure

answers: NDQ_001775

answers: treatment

answers: NDQ_001776

answers: untreated water

answers: NDQ_001777

answers: a project approved in 2005

answers: NDQ_001778

answers: high iron content at mostly low pressure

answers: NDQ_001781

answers: low pressure

answers: NDQ_001782

answers: What is the purpose of the Water Sector Consolidation Project?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is the main component foresees the construction of?

answers: NDQ_001788

answers: What is the main component foresees the construction of?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is the main component foresees the construction of?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: What is the main component foresees the construction of?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: intermittent supply of water with a high iron content

answers: NDQ_001803

answers: water treatment plants

answers: NDQ_001804

answers: Anna Regina area water supply system

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: intermittent supply of water with a high iron content at mostly low pressure.

answers: NDQ_001769

answers: Anna Regina area water supply system in Division 1 of GWI;

answers: NDQ_001770

answers: high iron content

answers: NDQ_001771

answers: water

answers: NDQ_001772

answers: Guyana,

answers: NDQ_001773

answers: a high iron content

answers: NDQ_001774

answers: high iron content

answers: NDQ_001775

answers: treatment plants

answers: NDQ_001776

answers: high iron content

answers: NDQ_001777

answers: intermittent supply of water with a high iron content

answers: NDQ_001778

answers: high iron content

answers: NDQ_001781

answers: high iron content at mostly low pressure.

answers: NDQ_001782

answers: universal access to safe and affordable water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: high iron content

answers: NDQ_001788

answers: intermittent supply of water with a high iron content

answers: NDQ_001789

answers: water treatment plants

answers: NDQ_001790

answers: The Water Sector Consolidation Project

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: iron-free water

answers: NDQ_001793

answers: iron-free

answers: NDQ_001794

answers: water

answers: NDQ_001795

answers: universal access to safe and affordable water

answers: NDQ_001796

answers: high iron content

answers: NDQ_001797

answers: a high iron content

answers: NDQ_001798

answers: The Water Sector Consolidation Project

answers: NDQ_001799

answers: iron-free water under good pressure,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Guyana,

answers: NDQ_001802

answers: high iron content

answers: NDQ_001803

answers: water treatment plants

answers: NDQ_001804

answers: transmission and distribution infrastructure,

answers: NDQ_001805

answers: water

text: Given that water used for agriculture is not measured as water used in urban and industrial purposes is, the task set for the agricultural providers could prove more expensive and time consuming. This is the reasoning for the cost effective and technically feasible condition placed on many of the requirements set for agricultural providers.

text: Given that water used for agriculture is not measured as water used in urban and industrial purposes is, the task set for the agricultural providers could prove more expensive and time consuming. This is the reasoning for the cost effective and technically feasible condition placed on many of the requirements set for agricultural providers.

answers: NDQ_001768

answers: urban water

answers: NDQ_001769

answers: urban purposes

answers: NDQ_001770

answers: a decrease in water quality

answers: NDQ_001771

answers: swimming in a lake

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: can be used to reduce the amount of water used for irrigation.

answers: NDQ_001774

answers: is not measured

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: urbanization

answers: NDQ_001777

answers: urban development

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: is not measured

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: It can be used to generate electricity.

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: None of the above choices .

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: it is not possible to tell

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: the task set for agricultural providers could prove more expensive

answers: NDQ_001797

answers: Which of the following is true of Drier climates?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: could prove more expensive and technically feasible

answers: NDQ_001802

answers: urban and industrial purposes

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used for agricultural purposes

answers: NDQ_001805

answers: urban

answers: NDQ_001768

answers: agriculture

answers: NDQ_001769

answers: urban and industrial purposes

answers: NDQ_001770

answers: more expensive and time consuming.

answers: NDQ_001771

answers: water used for agriculture

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001774

answers: agriculture

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: water used for agriculture

answers: NDQ_001777

answers: agriculture

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: water used for agriculture is not measured

answers: NDQ_001782

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001785

answers: agricultural providers could prove more expensive and time consuming.

answers: NDQ_001787

answers: the task set for the agricultural providers could prove more expensive and time consuming.

answers: NDQ_001788

answers: the task set for the agricultural providers could prove more expensive and time consuming.

answers: NDQ_001789

answers: industrial purposes

answers: NDQ_001790

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001791

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001792

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001793

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001794

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001795

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001796

answers: the task set for the agricultural providers could prove more expensive and time consuming.

answers: NDQ_001797

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001798

answers: the task set for the agricultural providers could prove more expensive and time consuming.

answers: NDQ_001799

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001802

answers: urban and industrial purposes

answers: NDQ_001803

answers: cost effective and technically feasible

answers: NDQ_001804

answers: water used for agriculture is not measured as water used in urban and industrial purposes

answers: NDQ_001805

answers: urban and industrial purposes

text: In addition to water resources management, the Ministry of Water Resources is also in charge of the construction of some major water infrastructure such as dams, embankments, irrigation infrastructure, and bulk conveyors for municipal and industrial water supply. According to its website, it is also responsible for the “provision of recommendations on economic regulation of water pricing, taxation, credit and financial affairs” as well as “coordination of capital construction of (…) water supply for townships and villages”, although in practice these functions seem to be carried out by other entities.

text: In addition to water resources management, the Ministry of Water Resources is also in charge of the construction of some major water infrastructure such as dams, embankments, irrigation infrastructure, and bulk conveyors for municipal and industrial water supply. According to its website, it is also responsible for the “provision of recommendations on economic regulation of water pricing, taxation, credit and financial affairs” as well as “coordination of capital construction of (…) water supply for townships and villages”, although in practice these functions seem to be carried out by other entities.

answers: NDQ_001768

answers: irrigation infrastructure

answers: NDQ_001769

answers: municipal water supply

answers: NDQ_001770

answers: dams

answers: NDQ_001771

answers: dams

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: What type of chemicals are used in irrigation infrastructure?

answers: NDQ_001774

answers: bulk conveyors

answers: NDQ_001775

answers: What is the Ministry of Water Resources responsible for?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: major water infrastructure

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: does not have a Ministry of Water Resources

answers: NDQ_001782

answers: What is the Ministry of Water Resources responsible for?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is the Ministry of Water Resources responsible for?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the Ministry of Water Resources responsible for?

answers: NDQ_001797

answers: What is the Ministry of Water Resources responsible for?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water resources management

answers: NDQ_001801

answers: NDQ_001802

answers: Municipal and industrial

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: dams

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation infrastructure, and bulk conveyors for municipal and industrial water supply.

answers: NDQ_001769

answers: municipal and industrial water supply.

answers: NDQ_001770

answers: dams, embankments,

answers: NDQ_001771

answers: irrigation infrastructure,

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: Ministry of Water Resources

answers: NDQ_001774

answers: industrial water supply.

answers: NDQ_001775

answers: irrigation infrastructure, and bulk conveyors for municipal and industrial water supply.

answers: NDQ_001776

answers: water supply.

answers: NDQ_001777

answers: construction of some major water infrastructure

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: bulk conveyors for municipal and industrial water supply.

answers: NDQ_001782

answers: water infrastructure

answers: NDQ_001785

answers: water pricing, taxation, credit and financial affairs”

answers: NDQ_001787

answers: irrigation infrastructure, and bulk conveyors for municipal and industrial water supply.

answers: NDQ_001788

answers: irrigation infrastructure, and bulk conveyors for municipal and industrial water supply.

answers: NDQ_001789

answers: irrigation infrastructure, and bulk conveyors for municipal and industrial water supply.

answers: NDQ_001790

answers: major water infrastructure

answers: NDQ_001791

answers: water infrastructure

answers: NDQ_001792

answers: municipal and industrial water supply.

answers: NDQ_001793

answers: municipal and industrial water supply.

answers: NDQ_001794

answers: dams, embankments, irrigation infrastructure, and bulk conveyors

answers: NDQ_001795

answers: industrial water supply.

answers: NDQ_001796

answers: water supply.

answers: NDQ_001797

answers: municipal and industrial water supply.

answers: NDQ_001798

answers: dams, embankments, irrigation infrastructure, and bulk conveyors

answers: NDQ_001799

answers: bulk conveyors

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: In addition to water resources management, the Ministry of Water Resources

answers: NDQ_001802

answers: municipal and industrial water supply.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: bulk conveyors

answers: NDQ_001805

answers: irrigation

text: Whatever the ownership structure, water quality standards and environmental standards relating to wastewater are usually set by national bodies, such as (in the UK) the Drinking Water Inspectorate and the Environment Agency. In the United States drinking water standards are set by the U.S. Environmental Protection Agency (EPA).  U.S. pollution control standards are developed jointly by EPA and state environmental agencies pursuant to the Clean Water Act.  For countries within the European Union, water-related directives are important for water resource management and environmental and water quality standards. Key directives include the Urban Waste Water Treatment Directive 1992 (requiring most towns and cities to treat their wastewater to specified standards), and the Water Framework Directive 2000, which requires water resource plans based on river basins, including public participation based on Aarhus Convention principles. See Watertime - the international context, Section 2. International Standards (ISO) on water service management and assessment are under preparation within Technical Committee ISO/TC 224.

text: Whatever the ownership structure,

text: water quality

text: standards and environmental standards relating to wastewater are usually set by national bodies, such as (in the UK) the

text: Drinking Water Inspectorate

text: and the

text: Environment Agency

text: . In the

text: United States

text: drinking water standards are set by the U.S.

text: Environmental Protection Agency

text: (EPA).  U.S. pollution control standards are developed jointly by EPA and state environmental agencies pursuant to the

text: Clean Water Act

text: .  For countries within the

text: European Union

text: , water-related

text: directives

text: are important for

text: water resource

text: management and environmental and

text: water quality

text: standards. Key directives include the

text: Urban Waste Water Treatment Directive

text: 1992 (requiring most towns and cities to treat their wastewater to specified standards), and the

text: Water Framework Directive

text: 2000, which requires water resource plans based on river basins, including public participation based on

text: Aarhus Convention

text: principles. See Watertime - the international context, Section 2. International Standards (

entity_name: International Organization for Standardization

text: ISO

text: ) on water service management and assessment are under preparation within Technical Committee ISO/TC 224.

answers: NDQ_001768

answers: Watertime - the international context, Section 2

answers: NDQ_001769

answers: urban waste water treatment

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: urban waste water

answers: NDQ_001773

answers: In the United States, drinking water standards are set by the U.S. Environmental Protection Agency.

answers: NDQ_001774

answers: Urban Waste Water Treatment Directive 1992

answers: NDQ_001775

answers: pollution control standards

answers: NDQ_001776

answers: water quality standards

answers: NDQ_001777

answers: river basins

answers: NDQ_001778

answers: urban waste water treatment

answers: NDQ_001781

answers: Urban Waste Water Treatment Directive 1992

answers: NDQ_001782

answers: What do all forms of life need to survive?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: In the United States drinking water standards are set by the U.S. Environmental Protection Agency

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What are the main causes of waterborne diseases?

answers: NDQ_001797

answers: How many countries are mentioned in the article?

answers: NDQ_001798

answers: water quality standards and environmental standards relating to wastewater

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: assessment are under preparation within Technical Committee ISO/TC 224.

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: urban waste water treatment

answers: NDQ_001805

answers: The United States

answers: NDQ_001768

answers: national bodies,

answers: NDQ_001769

answers: Urban Waste Water Treatment Directive

answers: NDQ_001770

answers: pollution control standards

answers: NDQ_001771

answers: Urban Waste Water Treatment Directive 1992

answers: NDQ_001772

answers: wastewater

answers: NDQ_001773

answers: water quality standards and environmental standards

answers: NDQ_001774

answers: wastewater

answers: NDQ_001775

answers: pollution control standards

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: river basins,

answers: NDQ_001778

answers: public participation

answers: NDQ_001781

answers: treat their wastewater to specified standards),

answers: NDQ_001782

answers: water quality standards and environmental standards

answers: NDQ_001785

answers: water quality standards and environmental standards

answers: NDQ_001787

answers: water quality standards and environmental standards

answers: NDQ_001788

answers: Urban Waste Water Treatment Directive

answers: NDQ_001789

answers: water quality standards and environmental standards relating to wastewater

answers: NDQ_001790

answers: water quality standards and environmental standards

answers: NDQ_001791

answers: water quality standards and environmental standards

answers: NDQ_001792

answers: water quality standards and environmental standards

answers: NDQ_001793

answers: water quality standards and environmental standards

answers: NDQ_001794

answers: water quality standards and environmental standards

answers: NDQ_001795

answers: water quality standards and environmental standards

answers: NDQ_001796

answers: water quality standards and environmental standards

answers: NDQ_001797

answers: water quality standards and environmental standards

answers: NDQ_001798

answers: water quality standards and environmental standards

answers: NDQ_001799

answers: water quality standards

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Watertime - the international context, Section 2.

answers: NDQ_001802

answers: water quality standards and environmental standards

answers: NDQ_001803

answers: water quality standards and environmental standards relating to wastewater

answers: NDQ_001804

answers: Urban Waste Water Treatment Directive

answers: NDQ_001805

answers: Watertime - the international context, Section 2.

text: Hard suction hose, also known as a suction hose, is a specific type of rigid fire hose used in drafting operations. When using this technique, the fire engine draws water for fire fighting from an unpressurized supply, such as a portable water tank, pool, or other static water source, instead of drawing water from a pressurized water supply, such as a fire hydrant. Under complete vacuum conditions, a pump would lift water , however pumps on fire apparatus are not capable of producing a high vacuum. Due to this limitation and friction loss, fire services do not recommend attempting to lift water more than .

text: Hard suction hose, also known as a suction hose, is a specific type of rigid

text: fire hose

text: used in

text: drafting

text: operations. When using this technique, the

text: fire engine

text: draws water for fire fighting from an unpressurized supply, such as a

text: portable water tank

text: , pool, or other static water source, instead of drawing water from a pressurized water supply, such as a

text: fire hydrant

text: . Under complete vacuum conditions, a pump would lift water , however pumps on fire apparatus are not capable of producing a high vacuum. Due to this limitation and

text: friction loss

text: , fire services do not recommend attempting to lift water more than .

answers: NDQ_001768

answers: unpressurized supply

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: friction loss

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: fire fighting

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: unpressurized

answers: NDQ_001775

answers: fire fighting

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: water availability

answers: NDQ_001778

answers: attempting to lift water more

answers: NDQ_001781

answers: is not pressurized

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: due to this limitation and friction loss

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: NDQ_001791

answers: NDQ_001792

answers: What is a source of fresh water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: under the ground

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: hard suction hose

answers: NDQ_001797

answers: Drier climates generally have less water for people to use

answers: NDQ_001798

answers: less water

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: unpressurized

answers: NDQ_001803

answers: unpressurized supply

answers: NDQ_001804

answers: hard suction hose

answers: NDQ_001805

answers: fire fighting

answers: NDQ_001768

answers: a portable water tank, pool, or other static water source,

answers: NDQ_001769

answers: fire fighting

answers: NDQ_001770

answers: friction loss,

answers: NDQ_001771

answers: pool,

answers: NDQ_001772

answers: fire fighting

answers: NDQ_001773

answers: Hard suction hose,

answers: NDQ_001774

answers: friction loss,

answers: NDQ_001775

answers: drafting operations.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: a portable water tank, pool, or other static water source,

answers: NDQ_001778

answers: fire fighting

answers: NDQ_001781

answers: pumps on fire apparatus are not capable of producing a high vacuum.

answers: NDQ_001782

answers: unpressurized

answers: NDQ_001785

answers: than.

answers: NDQ_001787

answers: unpressurized

answers: NDQ_001788

answers: Hard suction hose,

answers: NDQ_001789

answers: water for fire fighting from an unpressurized supply,

answers: NDQ_001790

answers: than.

answers: NDQ_001791

answers: than.

answers: NDQ_001792

answers: unpressurized supply,

answers: NDQ_001793

answers: a portable water tank,

answers: NDQ_001794

answers: unpressurized

answers: NDQ_001795

answers: unpressurized supply,

answers: NDQ_001796

answers: unpressurized supply,

answers: NDQ_001797

answers: unpressurized supply,

answers: NDQ_001798

answers: unpressurized

answers: NDQ_001799

answers: unpressurized

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: water

answers: NDQ_001802

answers: unpressurized

answers: NDQ_001803

answers: a portable water tank, pool, or other static water source,

answers: NDQ_001804

answers: portable water tank, pool, or other static water source,

answers: NDQ_001805

answers: fire fighting

text: , the Ombla is used as a source of drinking water for the city of Dubrovnik. The water intake plant at Komolac has a water supply capacity of  per second. The Ombla has been used as a part of Dubrovnik's water supply network since 1897, when the first contract to supply  of water per day was made with an owner of watermills operating on the river. The river water becomes opaque, containing increased proportion of suspended particulate matter, three to five times a year for periods of four to five days after increased rainfall. The situation is proposed to be addressed through moving of the intake plant to a higher elevation during construction of a proposed Ombla Hydroelectric Power Plant (HPP). The new water intake is planned to be constructed at  a.s.l. These changes are expected to improve the quality of the drinking water, and to increase the water supply capacity to  per second. Average volume of water diverted to the water supply network varies considerably by month, peaking during summer tourist seasons. In August 2008, daily volume of water taken from Ombla for the water supply network averaged at . In 2008, the annual daily volume of the water diverted averaged .

text: , the Ombla is used as a source of

text: drinking water

text: for the city of Dubrovnik. The water intake plant at Komolac has a water supply capacity of  per second. The Ombla has been used as a part of Dubrovnik's

text: water supply network

text: since 1897, when the first contract to supply  of water per day was made with an owner of

text: watermill

text: s operating on the river. The river water becomes opaque, containing increased proportion of

text: suspended particulate matter

text: , three to five times a year for periods of four to five days after increased rainfall. The situation is proposed to be addressed through moving of the intake plant to a higher elevation during construction of a proposed Ombla

text: Hydroelectric Power Plant

text: (HPP). The new water intake is planned to be constructed at  a.s.l. These changes are expected to improve the quality of the drinking water, and to increase the water supply capacity to  per second. Average volume of water diverted to the water supply network varies considerably by month, peaking during summer tourist seasons. In August 2008, daily volume of water taken from Ombla for the water supply network averaged at . In 2008, the annual daily volume of the water diverted averaged .

answers: NDQ_001768

answers: untreated water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: The Ombla is used as a source of drinking water

answers: NDQ_001771

answers: Summer tourist seasons

answers: NDQ_001772

answers: tourist

answers: NDQ_001773

answers: Which of the following is not a source of suspended particulate matter?

answers: NDQ_001774

answers: diverted

answers: NDQ_001775

answers: watermills

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: summer tourist seasons

answers: NDQ_001781

answers: diverted to the water supply network

answers: NDQ_001782

answers: What is the purpose of the water intake plant at Komolac?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: How many times a year for periods of four to five days after increased rainfall?

answers: NDQ_001788

answers: Average volume of water diverted to the water supply network

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: NDQ_001796

answers: The Ombla Hydroelectric Power Plant (HPP)

answers: NDQ_001797

answers: How would you describe the climate of Dubrovnik?

answers: NDQ_001798

answers: Yes

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: a.s.l

answers: NDQ_001802

answers: increased proportion of suspended particulate matter

answers: NDQ_001803

answers: Hydroelectric Power Plant

answers: NDQ_001804

answers: Komolac

answers: NDQ_001805

answers: summer tourist seasons

answers: NDQ_001768

answers: summer tourist seasons.

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: suspended particulate matter,

answers: NDQ_001771

answers: summer tourist seasons.

answers: NDQ_001772

answers: tourist seasons.

answers: NDQ_001773

answers: suspended particulate matter,

answers: NDQ_001774

answers: opaque, containing increased proportion of suspended particulate matter,

answers: NDQ_001775

answers: watermills

answers: NDQ_001776

answers: suspended particulate matter,

answers: NDQ_001777

answers: by month,

answers: NDQ_001778

answers: increased rainfall.

answers: NDQ_001781

answers: suspended particulate matter,

answers: NDQ_001782

answers: the Ombla is used as a source of drinking water

answers: NDQ_001785

answers: second.

answers: NDQ_001787

answers: suspended particulate matter,

answers: NDQ_001788

answers: summer tourist seasons.

answers: NDQ_001789

answers: Ombla Hydroelectric Power Plant

answers: NDQ_001790

answers: summer tourist seasons.

answers: NDQ_001791

answers: summer tourist seasons.

answers: NDQ_001792

answers: the Ombla is used as a source of drinking water

answers: NDQ_001793

answers: suspended particulate matter,

answers: NDQ_001794

answers: summer tourist seasons.

answers: NDQ_001795

answers: 2008,

answers: NDQ_001796

answers: suspended particulate matter,

answers: NDQ_001797

answers: summer tourist seasons.

answers: NDQ_001798

answers: 1897,

answers: NDQ_001799

answers: opaque, containing increased proportion of suspended particulate matter,

answers: NDQ_001800

answers: suspended particulate matter,

answers: NDQ_001801

answers: four to five days after increased rainfall.

answers: NDQ_001802

answers: increased proportion of suspended particulate matter,

answers: NDQ_001803

answers: Ombla Hydroelectric Power Plant

answers: NDQ_001804

answers: The water intake plant at Komolac

answers: NDQ_001805

answers: tourist seasons.

text: Challenges. As of 2010, only two cities in India — Trivandrum and Kota — get continuous water supply. In 2005 none of the 35 Indian cities with a population of more than one million distributed water for more than a few hours per day, despite generally sufficient infrastructure. Owing to inadequate pressure people struggle to collect water even when it is available. According to the World Bank, none have performance indicators that compare with average international standards. A 2007 study by the Asian Development Bank showed that in 20 cities the average duration of supply was only 4.3 hours per day. None of the 20 cities had continuous supply. The longest duration of supply was 12 hours per day in Chandigarh, and the lowest was 0.3 hours per day in Rajkot. According to the results of a Service Level Benchmarking (SLB) Program carried out by the Ministry of Urban Development (MoUD) in 2006 in 28 cities, the average duration of supply was 3.3 hours per day, with a range from one hour every three days to 18 hours per day. In Delhi residents receive water only a few hours per day because of inadequate management of the distribution system. This results in contaminated water and forces households to complement a deficient public water service at prohibitive 'coping' costs; the poor suffer most from this situation. For example, according to a 1996 survey households in Delhi spent an average of  per year in time and money to cope with poor service levels. This is more than two times as much as the 2001 water bill of about 18 per year of a Delhi household that uses 20 cubic meters per month.

text: Challenges. As of 2010, only two cities in India —

text: Trivandrum

text: and

text: Kota

text: — get continuous water supply. In 2005 none of the 35 Indian cities with a population of more than one million distributed water for more than a few hours per day, despite generally sufficient infrastructure. Owing to inadequate pressure people struggle to collect water even when it is available. According to the

text: World Bank

text: , none have performance indicators that compare with average international standards. A 2007 study by the Asian Development Bank showed that in 20 cities the average duration of supply was only 4.3 hours per day. None of the 20 cities had continuous supply. The longest duration of supply was 12 hours per day in

text: Chandigarh

text: , and the lowest was 0.3 hours per day in

text: Rajkot

text: . According to the results of a Service Level Benchmarking (SLB) Program carried out by the Ministry of Urban Development (MoUD) in 2006 in 28 cities, the average duration of supply was 3.3 hours per day, with a range from one hour every three days to 18 hours per day. In

text: Delhi

text: residents receive water only a few hours per day because of inadequate management of the distribution system. This results in contaminated water and forces households to complement a deficient public water service at prohibitive 'coping' costs; the poor suffer most from this situation. For example, according to a 1996 survey households in Delhi spent an average of  per year in time and money to cope with poor service levels. This is more than two times as much as the 2001 water bill of about 18 per year of a Delhi household that uses 20 cubic meters per month.

answers: NDQ_001768

answers: 4.3 hours per day

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: contaminated water

answers: NDQ_001771

answers: How many hours was the longest duration of supply in Rajkot?

answers: NDQ_001772

answers: India

answers: NDQ_001773

answers: Which of the following is not a city: Trivandrum, Kota or Rajkot?

answers: NDQ_001774

answers: contaminated

answers: NDQ_001775

answers: a Delhi household that uses 20 cubic meters per month

answers: NDQ_001776

answers: contaminated water

answers: NDQ_001777

answers: infrastructure

answers: NDQ_001778

answers: household that uses 20 cubic meters per month

answers: NDQ_001781

answers: contaminated water

answers: NDQ_001782

answers: How many hours per day was the longest duration of supply in Chandigarh?

answers: NDQ_001785

answers: How many hours per day can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: According to the results of a Service Level Benchmarking (SLB) Program

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many cities in India get continuous water supply?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: In Delhi residents receive water only a few hours per day because of inadequate management of the distribution system

answers: NDQ_001797

answers: Which city had the longest duration of supply?

answers: NDQ_001798

answers: How many hours did supply last in Rajkot?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2007 study by the Asian Development Bank showed that in 20 cities the average duration of supply was only 4.3 hours per day

answers: NDQ_001802

answers: the poor suffer most from this situation

answers: NDQ_001803

answers: 'coping' costs

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: the poor suffer most from this situation

answers: NDQ_001768

answers: international standards.

answers: NDQ_001769

answers: public water service

answers: NDQ_001770

answers: contaminated water

answers: NDQ_001771

answers: 18 hours per day.

answers: NDQ_001772

answers: India

answers: NDQ_001773

answers: water supply.

answers: NDQ_001774

answers: contaminated water

answers: NDQ_001775

answers: contaminated water

answers: NDQ_001776

answers: contaminated water

answers: NDQ_001777

answers: infrastructure.

answers: NDQ_001778

answers: people struggle to collect water

answers: NDQ_001781

answers: contaminated water

answers: NDQ_001782

answers: Trivandrum and Kota — get continuous water supply.

answers: NDQ_001785

answers: water for more than a few hours per day,

answers: NDQ_001787

answers: contaminated water

answers: NDQ_001788

answers: contaminated water

answers: NDQ_001789

answers: water supply.

answers: NDQ_001790

answers: Trivandrum and Kota — get continuous water supply.

answers: NDQ_001791

answers: only two cities in India

answers: NDQ_001792

answers: only two cities in India

answers: NDQ_001793

answers: average international standards.

answers: NDQ_001794

answers: 3.3 hours per day,

answers: NDQ_001795

answers: 2010,

answers: NDQ_001796

answers: contaminated water

answers: NDQ_001797

answers: 0.3 hours per day in Rajkot.

answers: NDQ_001798

answers: As of 2010,

answers: NDQ_001799

answers: contaminated water

answers: NDQ_001800

answers: none have performance indicators that compare with average international standards.

answers: NDQ_001801

answers: 2005

answers: NDQ_001802

answers: contaminated water

answers: NDQ_001803

answers: collect water

answers: NDQ_001804

answers: inadequate pressure people struggle to collect water

answers: NDQ_001805

answers: 12 hours per day in Chandigarh,

text: Food production is by far the largest consumer of global fresh water supplies. Globally, agriculture is responsible for an average of 70% of fresh water consumption by humans; in some countries that figure jumps to 80%-90%. Agriculture is therefore also responsible for much of fresh water over-exploitation. Food production further impacts the water sector through land degradation, changes in runoff, disruption of groundwater discharge, water quality and availability of water and land for other purposes such as natural habitat. The increased yields that have resulted from mechanization and other modern measures have come at a high energy price, as the full food and supply chain claims approximately 30% of total global energy demand. Energy fuels land preparation, fertilizer production, irrigation and the sowing, harvesting and transportation of crops. The links between food and energy have become quite apparent in recent years as increases in the price of oil lead very quickly to increases in the price of food. The energy sector can have other negative impacts on the food sector when mining for fossil fuels and deforestation for biofuels reduce land for agriculture, ecosystems and other uses.

text: Food production

text: is by far the largest consumer of global

text: fresh water

text: supplies. Globally,

text: agriculture

text: is responsible for an average of 70% of

text: fresh water

text: consumption by humans; in some countries that figure jumps to 80%-90%.

text: Agriculture

text: is therefore also responsible for much of

text: fresh water

text: over-exploitation.

text: Food production

text: further impacts the water sector through

text: land degradation

text: , changes in runoff, disruption of

text: groundwater discharge

text: water quality

text: and availability of water and land for other purposes such as natural habitat. The increased yields that have resulted from mechanization and other modern measures have come at a high energy price, as the full food and

text: supply chain

text: claims approximately 30% of total global

text: energy demand

text: . Energy fuels

text: land preparation

text: fertilizer

text: production,

text: irrigation

text: and the sowing, harvesting and transportation of crops. The links between

text: food

text: and

text: energy

text: have become quite apparent in recent years as increases in the price of

text: oil

text: lead very quickly to increases in the price of

text: food

text: . The energy sector can have other negative impacts on the food sector when

text: mining

text: for

text: fossil fuels

text: and

text: deforestation

text: for

text: biofuels

text: reduce land for

text: agriculture

text: ecosystems

text: and other uses.

answers: NDQ_001768

answers: 80%-90%

answers: NDQ_001769

answers: What is the largest consumer of global fresh water supplies?

answers: NDQ_001770

answers: __

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: fishing, hunting, or swimming?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of energy: land preparation, fertilizer production, irrigation and the sowing, harvesting and transportation of crops?

answers: NDQ_001774

answers: 80%-90%

answers: NDQ_001775

answers: How many percent of fresh water is used by humans in agriculture?

answers: NDQ_001776

answers: food

answers: NDQ_001777

answers: food production

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: over-exploited

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: energy fuels land preparation, fertilizer production, irrigation

answers: NDQ_001789

answers: Which of the following is not a type of energy: fertilizer production, irrigation or deforestation?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Globally, agriculture is responsible for an average of 70% of fresh water consumption by humans

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a negative impact on the food sector: mining for fossil fuels and deforestation for biofuels reduce land for agriculture

answers: NDQ_001797

answers: Which of the following is not a type of climate: tropical, subtropical, or tropical?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a source of water: groundwater discharge, runoff, or water quality?

answers: NDQ_001800

answers: Food production

answers: NDQ_001801

answers: disruption of groundwater discharge

answers: NDQ_001802

answers: 80%-90%

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater discharge

answers: NDQ_001805

answers: Food production

answers: NDQ_001768

answers: Food production

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: Energy

answers: NDQ_001771

answers: natural habitat.

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: fertilizer

answers: NDQ_001774

answers: agriculture

answers: NDQ_001775

answers: Food production

answers: NDQ_001776

answers: Food production

answers: NDQ_001777

answers: Food production

answers: NDQ_001778

answers: Food production

answers: NDQ_001781

answers: Energy

answers: NDQ_001782

answers: agriculture is responsible for an average of 70% of fresh water consumption by humans;

answers: NDQ_001785

answers: Food production is by far the largest consumer of global fresh water

answers: NDQ_001787

answers: Energy fuels land preparation, fertilizer production, irrigation

answers: NDQ_001788

answers: agriculture

answers: NDQ_001789

answers: Energy fuels land preparation, fertilizer production, irrigation

answers: NDQ_001790

answers: 80%-90%.

answers: NDQ_001791

answers: 80%-90%.

answers: NDQ_001792

answers: agriculture

answers: NDQ_001793

answers: 80%-90%.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: Food production

answers: NDQ_001796

answers: 80%-90%.

answers: NDQ_001797

answers: agriculture

answers: NDQ_001798

answers: Food production

answers: NDQ_001799

answers: Food production is by far the largest consumer of global fresh water

answers: NDQ_001800

answers: Food production

answers: NDQ_001801

answers: Food production is by far the largest consumer of global fresh water supplies.

answers: NDQ_001802

answers: Food production

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater discharge,

answers: NDQ_001805

answers: Food production

text: Seattle's water supply proved to be a major problem in fighting the fire. At that time, water was provided by the privately owned Spring Hill Water Company. Fire hydrants were only located on every other street, the 'pipes' were small, and many were made of hollowed out logs (several of which would burn in the fire). As more hoses were added to fight the fire, water pressure fell to the point that the hoses stopped working. Firemen tried to keep the fire from spreading further by pumping water from Elliott Bay onto the Commercial Mill, but the tide was out, and the hoses were not long enough to reach the side of the building closest to the fire. To add insult to injury, crowds harassed the fire fighters as the water pressure fell. At the same time the water supply was dwindling, the wind rose, helping spread the fire. Soon the mill was on fire, as well as the Colman Building and Opera House.

text: Seattle's water supply proved to be a major problem in fighting the fire. At that time, water was provided by the privately owned Spring Hill Water Company. Fire hydrants were only located on every other street, the 'pipes' were small, and many were made of hollowed out logs (several of which would burn in the fire). As more hoses were added to fight the fire, water pressure fell to the point that the hoses stopped working. Firemen tried to keep the fire from spreading further by pumping water from Elliott Bay onto the Commercial Mill, but the tide was out, and the hoses were not long enough to reach the side of the building closest to the fire. To add insult to injury, crowds harassed the fire fighters as the water pressure fell. At the same time the water supply was dwindling, the wind rose, helping spread the fire. Soon the mill was on fire, as well as the Colman Building and Opera House.

answers: NDQ_001768

answers: less water

answers: NDQ_001769

answers: What is the purpose of the water supply?

answers: NDQ_001770

answers: fire

answers: NDQ_001771

answers: What may be the reason for the water supply problem?

answers: NDQ_001772

answers: Firefighters

answers: NDQ_001773

answers: Which of the following is not a source of fuel for the fire?

answers: NDQ_001774

answers: burns

answers: NDQ_001775

answers: What was the purpose of the fire?

answers: NDQ_001776

answers: untreated water

answers: NDQ_001777

answers: private ownership

answers: NDQ_001778

answers: crowds harassed

answers: NDQ_001781

answers: burns

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a type of energy: water, fire, or wind?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or Elliott Bay?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How did Seattle's water supply prove to be a major problem in fighting the fire

answers: NDQ_001797

answers: How would you describe Seattle's water supply?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: Seattle's water supply proved to be a major problem

answers: NDQ_001803

answers: hydrants

answers: NDQ_001804

answers: Elliott Bay

answers: NDQ_001805

answers: NDQ_001768

answers: privately owned Spring Hill Water Company.

answers: NDQ_001769

answers: Fire hydrants were only located on every other street,

answers: NDQ_001770

answers: water pressure fell to the point that the hoses stopped working.

answers: NDQ_001771

answers: Seattle's

answers: NDQ_001772

answers: Spring Hill Water Company.

answers: NDQ_001773

answers: Commercial Mill,

answers: NDQ_001774

answers: burn in the fire).

answers: NDQ_001775

answers: Commercial Mill,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: dwindling,

answers: NDQ_001778

answers: crowds harassed the fire fighters

answers: NDQ_001781

answers: burn in the fire).

answers: NDQ_001782

answers: Seattle's

answers: NDQ_001785

answers: water supply proved to be a major problem in fighting the fire.

answers: NDQ_001787

answers: water pressure fell to the point that the hoses stopped working.

answers: NDQ_001788

answers: many were made of hollowed out logs

answers: NDQ_001789

answers: Commercial Mill,

answers: NDQ_001790

answers: water supply proved to be a major problem in fighting the fire.

answers: NDQ_001791

answers: Seattle's

answers: NDQ_001792

answers: Elliott Bay

answers: NDQ_001793

answers: Spring Hill Water Company.

answers: NDQ_001794

answers: Elliott Bay

answers: NDQ_001795

answers: Spring Hill Water Company.

answers: NDQ_001796

answers: Spring Hill Water Company.

answers: NDQ_001797

answers: Seattle's

answers: NDQ_001798

answers: Spring Hill Water Company.

answers: NDQ_001799

answers: water pressure

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: Seattle's water supply

answers: NDQ_001802

answers: Elliott Bay

answers: NDQ_001803

answers: Fire hydrants

answers: NDQ_001804

answers: Elliott Bay

answers: NDQ_001805

answers: fire.

text: It is enforced by the UK water supply companies. It covers all plumbing systems, water fittings, and equipment supplied, or to be supplied, with water from the public water supply. It is not illegal to install a product such as water fittings in the UK without the WRAS mark but you may have to prove compliance in other ways. It is legal to design, manufacture, import or trade in non-approved items. It is legal to use non-approved fittings but only in certain specific areas, typically where human health could not be compromised.

text: It is enforced by the UK water supply companies. It covers all

text: plumbing

text: systems, water fittings, and equipment supplied, or to be supplied, with water from the public water supply. It is not illegal to install a product such as water fittings in the UK without the WRAS mark but you may have to prove compliance in other ways. It is legal to design, manufacture, import or trade in non-approved items. It is legal to use non-approved fittings but only in certain specific areas, typically where human health could not be compromised.

answers: NDQ_001768

answers: non-approved fittings

answers: NDQ_001769

answers: public purposes

answers: NDQ_001770

answers: human health to be compromised

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: water supply companies

answers: NDQ_001773

answers: are not covered by the WRAS

answers: NDQ_001774

answers: non-approved fittings

answers: NDQ_001775

answers: What is WRAS?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: public water supply

answers: NDQ_001778

answers: non-approved fittings

answers: NDQ_001781

answers: WRAS mark

answers: NDQ_001782

answers: Why is it illegal to use non-approved fittings?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: It is not illegal to use non-approved fittings

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: glaciers are a source of fresh water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: It is not illegal to use non-approved fittings but only in certain specific areas

answers: NDQ_001797

answers: Why is it legal to use non-approved fittings but only in certain specific areas?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is legal to use non-approved fittings but only in certain specific areas

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: could not be compromised

answers: NDQ_001802

answers: It is legal to use non-approved fittings but only in certain specific areas

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: WRAS mark

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: WRAS mark

answers: NDQ_001769

answers: plumbing systems,

answers: NDQ_001770

answers: human health could not be compromised.

answers: NDQ_001771

answers: WRAS mark

answers: NDQ_001772

answers: UK water supply companies.

answers: NDQ_001773

answers: WRAS mark

answers: NDQ_001774

answers: public water supply.

answers: NDQ_001775

answers: equipment

answers: NDQ_001776

answers: water from the public water supply.

answers: NDQ_001777

answers: public water supply.

answers: NDQ_001778

answers: design, manufacture, import or trade in non-approved items.

answers: NDQ_001781

answers: WRAS mark

answers: NDQ_001782

answers: water from the public water supply.

answers: NDQ_001785

answers: WRAS mark

answers: NDQ_001787

answers: WRAS mark

answers: NDQ_001788

answers: WRAS mark

answers: NDQ_001789

answers: water from the public water supply.

answers: NDQ_001790

answers: WRAS mark

answers: NDQ_001791

answers: WRAS

answers: NDQ_001792

answers: WRAS mark

answers: NDQ_001793

answers: public water supply.

answers: NDQ_001794

answers: water from the public water supply.

answers: NDQ_001795

answers: WRAS mark

answers: NDQ_001796

answers: WRAS mark

answers: NDQ_001797

answers: WRAS mark

answers: NDQ_001798

answers: WRAS mark

answers: NDQ_001799

answers: public water supply.

answers: NDQ_001800

answers: water from the public water supply.

answers: NDQ_001801

answers: WRAS mark

answers: NDQ_001802

answers: human health could not be compromised.

answers: NDQ_001803

answers: water from the public water supply.

answers: NDQ_001804

answers: public water supply.

answers: NDQ_001805

answers: water from the public water supply.

text: The Municipality of Dumangas is being supplied with adequate potable water by the Dumangas-Barotac Nuevo Water District (DBNWD) with its main office located at P.D. Monfort North, Dumangas, Iloilo. Water sources comes from 5 Pumping Stations located at Barangays Cali, P.D. Monfort North (Lublub), Calao, Sulangan and Pagdugue capacity were turn down due to el niño phenomenon. Before Cali yields 81ps, 11lps, 15lps, 25lps now it’s well yields only 4lps, 6lps, 8lps, 10lps and additional of Pagdugue which 7lps respectively. Based on the capacity of these sources, there is insufficient supply of water due to higher demand, DBNWD put up a water filtration plant to augment the need of residents and future industries rises within the municipality and DBNWD utilized Jalaur River for its another source of potable water and will deliver 5,000 cum/day which is sufficient enough to the Municipality of Dumangas up to year 2021. Presently there is a total of 2,115 concessionaries in the municipality 2,072 of which are residential and institutional, 43 are commercial and industrial.Out of the 45 barangays in the Municipality of Dumangas, 39 Barangays are now being served by the DBNWD and there are still 6 barangays which are not served by DBNWD and are now in the priority plan of the Water District for expansion especially those areas identified for commercial and industrial purposes

answers: NDQ_001768

answers: commercial and industrial purposes

answers: NDQ_001769

answers: residential and institutional

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: How many barangays are not served by DBNWD?

answers: NDQ_001772

answers: commercial and industrial purposes

answers: NDQ_001773

answers: The following are types of chemicals used in agriculture:

answers: NDQ_001774

answers: el ni o

answers: NDQ_001775

answers: filtration plant

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: capacity

answers: NDQ_001778

answers: commercial and industrial purposes

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a form of life: residential and institutional?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many Barangays are now being served by the DBNWD?

answers: NDQ_001797

answers: Which of the following is not a source of potable water: Jalaur River or Cali?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: El Ni o

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: water filtration plant

answers: NDQ_001804

answers: Jalaur River

answers: NDQ_001805

answers: industrial purposes

answers: NDQ_001768

answers: for its another source of potable water

answers: NDQ_001769

answers: potable

answers: NDQ_001770

answers: el ni<unk>o phenomenon.

answers: NDQ_001771

answers: another source of potable water and will deliver 5,000 cum/day

answers: NDQ_001772

answers: DBNWD

answers: NDQ_001773

answers: 5,000 cum/day

answers: NDQ_001774

answers: el ni<unk>o phenomenon.

answers: NDQ_001775

answers: 43

answers: NDQ_001776

answers: el ni<unk>o phenomenon.

answers: NDQ_001777

answers: capacity

answers: NDQ_001778

answers: expansion especially those areas identified for commercial and industrial

answers: NDQ_001781

answers: el ni<unk>o phenomenon.

answers: NDQ_001782

answers: River for its another source of potable water

answers: NDQ_001785

answers: 39 Barangays are now being served by the DBNWD

answers: NDQ_001787

answers: 2021.

answers: NDQ_001788

answers: laur River

answers: NDQ_001789

answers: DBNWD

answers: NDQ_001790

answers: Jalaur River

answers: NDQ_001791

answers: Jalaur River

answers: NDQ_001792

answers: Jalaur River for its another source of potable water

answers: NDQ_001793

answers: laur River

answers: NDQ_001794

answers: Jalaur River

answers: NDQ_001795

answers: Jalaur River

answers: NDQ_001796

answers: DBNWD

answers: NDQ_001797

answers: Jalaur River

answers: NDQ_001798

answers: Jalaur River

answers: NDQ_001799

answers: Jalaur River for its another source of potable water

answers: NDQ_001800

answers: el ni<unk>o phenomenon.

answers: NDQ_001801

answers: el ni<unk>o phenomenon.

answers: NDQ_001802

answers: 5,000 cum/day

answers: NDQ_001803

answers: water filtration plant

answers: NDQ_001804

answers: its another source of potable water

answers: NDQ_001805

answers: 5,000 cum/day

text: The company started its operations with PPP-BOT projects in the roads & highways sector and subsequently diversified into Water Supply projects. The company started the first ever 24X7 full city water supply project in India - ‘Nagpur 24X7 Water Supply Scheme’. The scheme is acclaimed both nationally and internationally. Many other cities are replicating the model. The company also advocates that “Sewage” which is a nuance for any town is actually a great resource when treated and can be used by industries to save fresh water for people and agriculture. The company is developing largest PPP project of 200 MLD capacity with reuse of treated water as the basic objective.

text: The company started its operations with PPP-BOT projects in the

text: roads

text: highways

text: sector and subsequently diversified into Water Supply projects. The company started the first ever 24X7 full city water supply project in

text: India

text: - ‘Nagpur 24X7 Water Supply Scheme’. The scheme is acclaimed both nationally and internationally. Many other cities are replicating the model. The company also advocates that “Sewage” which is a nuance for any town is actually a great resource when treated and can be used by industries to save fresh water for people and agriculture. The company is developing largest PPP project of 200 MLD capacity with reuse of treated water as the basic objective.

answers: NDQ_001768

answers: Sewage

answers: NDQ_001769

answers: Sewage

answers: NDQ_001770

answers: Sewage

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: industries

answers: NDQ_001773

answers: What does the company advocate that “Sewage” can be used by industries to save fresh water for people and agriculture?

answers: NDQ_001774

answers: Sewage

answers: NDQ_001775

answers: saving fresh water for people and agriculture

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: water supply projects

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: Sewage

answers: NDQ_001782

answers: What is the basic objective of the company?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of industry: industries to save fresh water for people and agriculture?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the basic objective of the company?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, warm, or tropical?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving?

answers: NDQ_001800

answers: sewage

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: Sewage

answers: NDQ_001803

answers: Sewage

answers: NDQ_001804

answers: Sewage

answers: NDQ_001805

answers: Sewage

answers: NDQ_001768

answers: “Sewage”

answers: NDQ_001769

answers: people and agriculture.

answers: NDQ_001770

answers: agriculture.

answers: NDQ_001771

answers: “Sewage”

answers: NDQ_001772

answers: industries to save fresh water for people and agriculture.

answers: NDQ_001773

answers: “Sewage”

answers: NDQ_001774

answers: “Sewage”

answers: NDQ_001775

answers: save fresh water for people and agriculture.

answers: NDQ_001776

answers: “Sewage”

answers: NDQ_001777

answers: industries to save fresh water

answers: NDQ_001778

answers: agriculture.

answers: NDQ_001781

answers: “Sewage”

answers: NDQ_001782

answers: people and agriculture.

answers: NDQ_001785

answers: Water Supply projects.

answers: NDQ_001787

answers: Water Supply projects.

answers: NDQ_001788

answers: agriculture.

answers: NDQ_001789

answers: “Sewage”

answers: NDQ_001790

answers: Water Supply projects.

answers: NDQ_001791

answers: Water Supply projects.

answers: NDQ_001792

answers: Water Supply projects.

answers: NDQ_001793

answers: “Sewage”

answers: NDQ_001794

answers: Water Supply projects.

answers: NDQ_001795

answers: Water Supply projects.

answers: NDQ_001796

answers: Water Supply projects.

answers: NDQ_001797

answers: fresh water

answers: NDQ_001798

answers: “Sewage”

answers: NDQ_001799

answers: “Sewage”

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Water Supply projects.

answers: NDQ_001802

answers: “Sewage”

answers: NDQ_001803

answers: “Sewage”

answers: NDQ_001804

answers: “Sewage”

answers: NDQ_001805

answers: “Sewage”

text: The State Water Board oversees the allocation of the state’s water resources to various entities and for diverse uses, from agricultural irrigation to hydro electrical power generation to municipal water supplies, and for safeguarding the cleanliness and purity of Californians’ water for everything from bubble baths to trout streams to ocean beaches.

text: The State Water Board oversees the allocation of the state’s water resources to various entities and for diverse uses, from agricultural irrigation to hydro electrical power generation to municipal water supplies, and for safeguarding the cleanliness and purity of Californians’ water for everything from bubble baths to trout streams to ocean beaches.

answers: NDQ_001768

answers: agricultural irrigation

answers: NDQ_001769

answers: municipal water supplies

answers: NDQ_001770

answers: bubble baths

answers: NDQ_001771

answers: bubble baths

answers: NDQ_001772

answers: agricultural irrigation

answers: NDQ_001773

answers: None of the above choices.

answers: NDQ_001774

answers: agricultural irrigation

answers: NDQ_001775

answers: hydro electrical power generation

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: agricultural irrigation

answers: NDQ_001781

answers: uses too little

answers: NDQ_001782

answers: What does the State Water Board oversee?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: None of the above choices.

answers: NDQ_001788

answers: agricultural irrigation

answers: NDQ_001789

answers: yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: None of the above choices.

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: is unknown

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: agricultural irrigation

answers: NDQ_001805

answers: agricultural irrigation

answers: NDQ_001768

answers: agricultural irrigation to hydro electrical power generation

answers: NDQ_001769

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001770

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001771

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001772

answers: agricultural irrigation

answers: NDQ_001773

answers: irrigation

answers: NDQ_001774

answers: agricultural irrigation

answers: NDQ_001775

answers: hydro electrical power generation

answers: NDQ_001776

answers: water resources to various entities and for diverse uses, from agricultural irrigation

answers: NDQ_001777

answers: diverse uses,

answers: NDQ_001778

answers: agricultural irrigation

answers: NDQ_001781

answers: agricultural irrigation to hydro electrical power generation to municipal water supplies,

answers: NDQ_001782

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: agricultural irrigation

answers: NDQ_001788

answers: agricultural irrigation

answers: NDQ_001789

answers: hydro electrical power generation

answers: NDQ_001790

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001791

answers: The State Water Board

answers: NDQ_001792

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001793

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001794

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001795

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001796

answers: The State Water Board

answers: NDQ_001797

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001798

answers: The State Water Board

answers: NDQ_001799

answers: trout streams

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: bubble baths to trout streams to ocean beaches.

answers: NDQ_001802

answers: cleanliness and purity

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: hydro electrical power generation to municipal water supplies,

answers: NDQ_001805

answers: agricultural irrigation to hydro electrical power generation

text: Wastewater discharge standards in Latin America are made to protect water sources and maintain the quality and quantity of them.  Mostly in all Latin American countries, there is a general norm that rules both drinkable water supply and wastewater discharges. Also, in most cases is specified other different types of water use, as agricultural, industrial and recreational use. To establish a difference among them, the norm specifies the water quality by controlling the physicochemical and bacteriological parameters. By this way, pollutants as substances of sanitary interest are measured and controlled, encouraging the protection of the water sources, water ecosystems as well as human health. The majority Latinoamerican water laws include tariff regulation and fines, the latter apply if these parameters are not accomplished by users.

text: Wastewater discharge standards in Latin America are made to protect water sources and maintain the quality and quantity of them.  Mostly in all

text: Latin America

text: n countries, there is a general norm that rules both drinkable water supply and

text: wastewater

text: discharges. Also, in most cases is specified other different types of water use, as agricultural, industrial and recreational use. To establish a difference among them, the norm specifies the water quality by controlling the

text: physicochemical

text: and

text: bacteriological parameters

text: . By this way, pollutants as substances of sanitary interest are measured and controlled, encouraging the protection of the water sources, water ecosystems as well as human health. The majority Latinoamerican water laws include tariff regulation and fines, the latter apply if these parameters are not accomplished by users.

answers: NDQ_001768

answers: industrial and recreational use

answers: NDQ_001769

answers: agricultural

answers: NDQ_001770

answers: pollutants

answers: NDQ_001771

answers: what is the first type of water use mentioned?

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: Which of the following is not a type of water use: agricultural, industrial or recreational?

answers: NDQ_001774

answers: wastewater discharges

answers: NDQ_001775

answers: To establish a difference among them

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: a general norm

answers: NDQ_001778

answers: agricultural

answers: NDQ_001781

answers: wastewater discharge standards in Latin America

answers: NDQ_001782

answers: Which of the following is not a type of water use: agricultural, industrial and recreational use?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: in most cases is specified other different types of water

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The majority Latinoamerican water laws include tariff regulation and fines

answers: NDQ_001797

answers: Which of the following is not a type of water use: agricultural, industrial and recreational use?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: in most cases is specified other different types of water use, as agricultural, industrial and recreational use

answers: NDQ_001802

answers: The majority Latinoamerican water laws include tariff regulation and fines, the latter apply if these parameters are not accomplished by users.

answers: NDQ_001803

answers: agricultural

answers: NDQ_001804

answers: wastewater discharge

answers: NDQ_001805

answers: industrial

answers: NDQ_001768

answers: agricultural, industrial and recreational use.

answers: NDQ_001769

answers: agricultural, industrial and recreational use.

answers: NDQ_001770

answers: pollutants

answers: NDQ_001771

answers: recreational use.

answers: NDQ_001772

answers: agricultural, industrial

answers: NDQ_001773

answers: physicochemical and bacteriological parameters.

answers: NDQ_001774

answers: wastewater discharges.

answers: NDQ_001775

answers: industrial and recreational use.

answers: NDQ_001776

answers: pollutants

answers: NDQ_001777

answers: different types of water use,

answers: NDQ_001778

answers: agricultural, industrial

answers: NDQ_001781

answers: agricultural,

answers: NDQ_001782

answers: human health.

answers: NDQ_001785

answers: Wastewater discharge standards in Latin America

answers: NDQ_001787

answers: pollutants as substances of sanitary interest are measured and controlled,

answers: NDQ_001788

answers: agricultural, industrial and recreational use.

answers: NDQ_001789

answers: industrial

answers: NDQ_001790

answers: Wastewater discharge standards in Latin America

answers: NDQ_001791

answers: Wastewater discharge standards in Latin America

answers: NDQ_001792

answers: Wastewater discharge standards in Latin America

answers: NDQ_001793

answers: drinkable water supply and wastewater discharges.

answers: NDQ_001794

answers: Wastewater discharge standards in Latin America

answers: NDQ_001795

answers: drinkable water supply and wastewater discharges.

answers: NDQ_001796

answers: Wastewater discharge standards in Latin America

answers: NDQ_001797

answers: agricultural, industrial and recreational use.

answers: NDQ_001798

answers: Wastewater discharge standards in Latin America

answers: NDQ_001799

answers: drinkable water supply and wastewater discharges.

answers: NDQ_001800

answers: water sources

answers: NDQ_001801

answers: Wastewater discharge standards in Latin America

answers: NDQ_001802

answers: measured and controlled,

answers: NDQ_001803

answers: agricultural,

answers: NDQ_001804

answers: wastewater discharges.

answers: NDQ_001805

answers: agricultural, industrial and recreational use.

text: Oral doses of heavy water in the range of several grams, as well as heavy oxygen O, are routinely used in human metabolic experiments. See doubly labeled water testing. Since one in about every 6,400 hydrogen atoms is deuterium, a 50 kg human containing 32 kg of body water would normally contain enough deuterium (about 1.1 g) to make 5.5 g of pure heavy water, so roughly this dose is required to double the amount of deuterium in the body.

text: Oral doses of heavy water in the range of several grams, as well as heavy oxygen O, are routinely used in human metabolic experiments. See

text: doubly labeled water

text: testing. Since one in about every 6,400 hydrogen atoms is deuterium, a 50 kg human containing 32 kg of body water would normally contain enough deuterium (about 1.1 g) to make 5.5 g of pure heavy water, so roughly this dose is required to double the amount of deuterium in the body.

answers: NDQ_001768

answers: heavy water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: deuterium in the body

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: are used in the manufacture of fertilizers, pesticides, and pesticides.

answers: NDQ_001774

answers: deuterium

answers: NDQ_001775

answers: human metabolic experiments

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: population size

answers: NDQ_001778

answers: Oral doses of heavy water

answers: NDQ_001781

answers: depletes the soil

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: heavy water

answers: NDQ_001797

answers: How many grams of pure heavy water would normally contain enough deuterium in the body?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: water is polluted

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: human metabolic experiments

answers: NDQ_001768

answers: Oral doses of heavy water

answers: NDQ_001769

answers: Oral doses of heavy water

answers: NDQ_001770

answers: deuterium in the body.

answers: NDQ_001771

answers: Oral doses of heavy water

answers: NDQ_001772

answers: human metabolic experiments.

answers: NDQ_001773

answers: heavy oxygen O, are routinely used in human metabolic experiments.

answers: NDQ_001774

answers: 32 kg of body water

answers: NDQ_001775

answers: metabolic experiments. See doubly labeled water testing.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: one in about every 6,400 hydrogen atoms is deuterium,

answers: NDQ_001778

answers: Oral doses of heavy water

answers: NDQ_001781

answers: Oral doses of heavy water

answers: NDQ_001782

answers: Oral doses of heavy water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Oral doses of heavy water

answers: NDQ_001788

answers: Oral doses of heavy water

answers: NDQ_001789

answers: Oral doses of heavy water

answers: NDQ_001790

answers: Oral doses of heavy water

answers: NDQ_001791

answers: Oral doses of heavy water

answers: NDQ_001792

answers: Oral doses of heavy water

answers: NDQ_001793

answers: Oral doses of heavy water in the range of several grams,

answers: NDQ_001794

answers: Oral doses of heavy water

answers: NDQ_001795

answers: Oral doses of heavy water

answers: NDQ_001796

answers: Oral doses of heavy water

answers: NDQ_001797

answers: Oral doses of heavy water

answers: NDQ_001798

answers: Oral doses of heavy water

answers: NDQ_001799

answers: Oral doses of heavy water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Oral doses of heavy water

answers: NDQ_001802

answers: doubly labeled water testing.

answers: NDQ_001803

answers: Oral doses

answers: NDQ_001804

answers: Oral doses of heavy water

answers: NDQ_001805

answers: human metabolic experiments.

text: Water is a precious natural resource. At least two-thirds of the United States have experienced or are bracing for local, regional, or statewide water shortages. US population, and in particular California population has constantly increased during the last decades,so using water wisely is crucial in order to provide enough water also for the future generations.

text: Water is a precious natural resource. At least two-thirds of the United States have experienced or are bracing for local, regional, or statewide water shortages. US population, and in particular California population has constantly increased during the last decades,so using water wisely is crucial in order to provide enough water also for the future generations.

answers: NDQ_001768

answers: water wisely

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: fishing, swimming, and boating

answers: NDQ_001772

answers: California

answers: NDQ_001773

answers: can be used to reduce the amount of water used for irrigation

answers: NDQ_001774

answers: wastes

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: natural resources

answers: NDQ_001778

answers: using water wisely

answers: NDQ_001781

answers: is not used properly

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason to use water wisely?

answers: NDQ_001788

answers: Which of the following is an example of a waste of water?

answers: NDQ_001789

answers: Which of the following is not a use of water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of California?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: two-thirds of the United States have experienced

answers: NDQ_001802

answers: at least two-thirds

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to provide water

answers: NDQ_001805

answers: water shortages

answers: NDQ_001768

answers: using water wisely

answers: NDQ_001769

answers: local, regional, or statewide water shortages.

answers: NDQ_001770

answers: water shortages.

answers: NDQ_001771

answers: using water wisely

answers: NDQ_001772

answers: United States

answers: NDQ_001773

answers: Water is a precious natural resource.

answers: NDQ_001774

answers: using water wisely

answers: NDQ_001775

answers: Water is a precious natural resource.

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: using water wisely

answers: NDQ_001778

answers: US population,

answers: NDQ_001781

answers: using water wisely

answers: NDQ_001782

answers: Water is a precious natural resource.

answers: NDQ_001785

answers: two-thirds

answers: NDQ_001787

answers: using water wisely is crucial in order to provide enough water

answers: NDQ_001788

answers: using water wisely

answers: NDQ_001789

answers: Water is a precious natural resource.

answers: NDQ_001790

answers: two-thirds of the United States

answers: NDQ_001791

answers: Water is a precious natural resource.

answers: NDQ_001792

answers: Water is a precious natural resource.

answers: NDQ_001793

answers: two-thirds of the United States

answers: NDQ_001794

answers: two-thirds

answers: NDQ_001795

answers: two-thirds

answers: NDQ_001796

answers: Water is a precious natural resource.

answers: NDQ_001797

answers: US population,

answers: NDQ_001798

answers: using water wisely

answers: NDQ_001799

answers: Water is a precious natural resource.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: local, regional, or statewide water shortages.

answers: NDQ_001802

answers: At least two-thirds

answers: NDQ_001803

answers: using water wisely

answers: NDQ_001804

answers: California

answers: NDQ_001805

answers: US population,

text: Prishtina, the capital city of Kosovo, is one of the municipalities with the most severe water shortages in the country. Citizens of Prishtina have to cope with daily water curbs due to the lack of rainfall and snowfall which has left the city's water supplies in a dreadful condition. The current water resources do not fulfill the needs of the overgrowing population of Prishtina. The water supply comes from the two main reservoirs of Batllava and Badovci. However, there are many problems with the water supply that comes from these two reservoirs which supply 92% of the population in Prishtina. As such, the authorities have increased their efforts to remedy the situation and to make sure that such crises do not hit the city again.

text: Prishtina

text: , the capital city of

text: Kosovo

text: , is one of the municipalities with the most severe water shortages in the country. Citizens of Prishtina have to cope with daily water curbs due to the lack of rainfall and snowfall which has left the city's water supplies in a dreadful condition. The current water resources do not fulfill the needs of the overgrowing population of Prishtina. The water supply comes from the two main reservoirs of

text: Batllava

text: and

text: Badovci

text: . However, there are many problems with the water supply that comes from these two reservoirs which supply 92% of the population in Prishtina. As such, the authorities have increased their efforts to remedy the situation and to make sure that such crises do not hit the city again.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: What is Prishtina?

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: the overgrowing population

answers: NDQ_001773

answers: Which of the following is not a type of chemical?

answers: NDQ_001774

answers: lacks rainfall

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rainfall and snowfall

answers: NDQ_001778

answers: overgrowing population

answers: NDQ_001781

answers: lacks the necessary nutrients

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a problem with the water supply?

answers: NDQ_001789

answers: What does the lack of rainfall and snowfall mean?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: The water supply comes from the two main reservoirs

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is true of Prishtina?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: daily water curbs

answers: NDQ_001802

answers: in a dreadful condition

answers: NDQ_001803

answers: snowfall

answers: NDQ_001804

answers: Badovci

answers: NDQ_001805

answers: not enough information

answers: NDQ_001768

answers: rainfall and snowfall

answers: NDQ_001769

answers: 92% of the population

answers: NDQ_001770

answers: 92% of the population

answers: NDQ_001771

answers: snowfall

answers: NDQ_001772

answers: Prishtina,

answers: NDQ_001773

answers: Prishtina,

answers: NDQ_001774

answers: lack of rainfall and snowfall

answers: NDQ_001775

answers: 92% of the population in Prishtina.

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: lack of rainfall and snowfall

answers: NDQ_001778

answers: overgrowing population

answers: NDQ_001781

answers: lack of rainfall and snowfall

answers: NDQ_001782

answers: Batllava and Badovci.

answers: NDQ_001785

answers: Prishtina have to cope with daily water curbs

answers: NDQ_001787

answers: Batllava and Badovci.

answers: NDQ_001788

answers: Batllava and Badovci.

answers: NDQ_001789

answers: Batllava and Badovci.

answers: NDQ_001790

answers: 92%

answers: NDQ_001791

answers: Batllava and Badovci.

answers: NDQ_001792

answers: Batllava and Badovci.

answers: NDQ_001793

answers: Prishtina,

answers: NDQ_001794

answers: two main reservoirs of Batllava and Badovci.

answers: NDQ_001795

answers: 92%

answers: NDQ_001796

answers: lack of rainfall and snowfall

answers: NDQ_001797

answers: lack of rainfall and snowfall

answers: NDQ_001798

answers: daily water curbs

answers: NDQ_001799

answers: Batllava and Badovci.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: snowfall

answers: NDQ_001802

answers: 92% of the population in Prishtina.

answers: NDQ_001803

answers: snowfall

answers: NDQ_001804

answers: Batllava and Badovci.

answers: NDQ_001805

answers: 92% of the population

text: Given the fact that water access is a cross-border source of concern and potential conflict in the Middle East, the Eastern Mediterranean and parts of North America amongst other places, some non-governmental organizations (NGOs) and scholars argue that the right to water also has a trans-national or extraterritorial aspect. They argue that given the fact that water supplies naturally overlap borders, States also have a legal obligation not to act in a way that might have a negative effect on the enjoyment of human rights in other states. The formal acknowledgement of this further legal obligation could prevent the negative effects of the global "water crunch" (as a future threat and one negative result of humans over-population).Water shortages and increasing consumption of freshwater make this right incredibly complicated. As the world population rapidly increases, freshwater shortages present many problems. A shortage in the quantity of water brings up the question of whether or not water should be transferred from one country to another.

text: Given the fact that water access is a cross-border source of concern and potential conflict in the

text: Middle East

text: , the Eastern

text: Mediterranean

text: and parts of

text: North America

text: amongst other places, some non-governmental organizations (

text: NGO

text: s) and scholars argue that the right to water also has a trans-national or extraterritorial aspect. They argue that given the fact that water supplies naturally overlap borders, States also have a legal obligation not to act in a way that might have a negative effect on the enjoyment of human rights in other states. The formal acknowledgement of this further legal obligation could prevent the negative effects of the global "water crunch" (as a future threat and one negative result of humans

text: over-population

text: ).Water shortages and increasing consumption of freshwater make this right incredibly complicated. As the world population rapidly increases, freshwater shortages present many problems. A shortage in the quantity of water brings up the question of whether or not water should be transferred from one country to another.

answers: NDQ_001768

answers: freshwater

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: freshwater shortages

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: the Middle East

answers: NDQ_001773

answers: Which of the following is not a source of concern and potential conflict in the Middle East?

answers: NDQ_001774

answers: transfers from one country to another

answers: NDQ_001775

answers: a cross-border source of concern

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: humans over-population

answers: NDQ_001778

answers: over-population

answers: NDQ_001781

answers: freshwater shortages

answers: NDQ_001782

answers: What does the right to water mean?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: The formal acknowledgement of this further legal obligation could prevent the negative effects

answers: NDQ_001788

answers: As the world population rapidly increases, freshwater shortages present many problems

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: the Middle East, the Eastern Mediterranean and parts of North America

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: As the world population rapidly increases, freshwater shortages present many problems

answers: NDQ_001797

answers: What is the main idea of this passage?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water crunch

answers: NDQ_001801

answers: Water shortages and increasing consumption of freshwater make this right incredibly complicated

answers: NDQ_001802

answers: as the world population rapidly increases, freshwater shortages present many problems

answers: NDQ_001803

answers: water should be transferred

answers: NDQ_001804

answers: An underground pipe that collects runoff water

answers: NDQ_001805

answers: humans over-population

answers: NDQ_001768

answers: freshwater

answers: NDQ_001769

answers: parts of North America

answers: NDQ_001770

answers: conflict

answers: NDQ_001771

answers: increasing consumption of freshwater

answers: NDQ_001772

answers: humans over-population).Water

answers: NDQ_001773

answers: water access is a cross-border

answers: NDQ_001774

answers: over-population).Water

answers: NDQ_001775

answers: water should be transferred from one country to another.

answers: NDQ_001776

answers: humans over-population).Water

answers: NDQ_001777

answers: humans over-population).Water

answers: NDQ_001778

answers: over-population).Water

answers: NDQ_001781

answers: over-population).Water shortages and increasing consumption of freshwater

answers: NDQ_001782

answers: humans over-population).Water shortages and increasing consumption of freshwater

answers: NDQ_001785

answers: "water crunch"

answers: NDQ_001787

answers: some non-governmental organizations

answers: NDQ_001788

answers: over-population).Water shortages and increasing consumption of freshwater

answers: NDQ_001789

answers: water should be transferred from one country to another.

answers: NDQ_001790

answers: humans over-population).Water

answers: NDQ_001791

answers: freshwater

answers: NDQ_001792

answers: parts of North America

answers: NDQ_001793

answers: freshwater shortages

answers: NDQ_001794

answers: "water crunch"

answers: NDQ_001795

answers: "water crunch"

answers: NDQ_001796

answers: over-population).Water shortages

answers: NDQ_001797

answers: over-population).Water shortages and increasing consumption of freshwater

answers: NDQ_001798

answers: "water crunch"

answers: NDQ_001799

answers: water should be transferred from one country to another.

answers: NDQ_001800

answers: freshwater shortages

answers: NDQ_001801

answers: "water crunch"

answers: NDQ_001802

answers: water access is a cross-border source of concern

answers: NDQ_001803

answers: water should be transferred from one country to another.

answers: NDQ_001804

answers: water should be transferred from one country to another.

answers: NDQ_001805

answers: humans over-population).Water

text: A significant hydrological drought occurred between 1995 and 1998 in the United Kingdom where the warm, dry summers were followed by dry, cool winters. This meant that over the 3 years, the lack of winter precipitation failed to counteract the dry summers, so slowly the water table fell, and reservoir water levels began to fall. Water levels were only replenished after some exceptionally wet years from 1999 to 2002. Similar conditions were felt between 2003 and 2006, with only the record breaking rainfall of 2007 and 2008 replenishing the water levels.

text: A significant hydrological drought occurred between 1995 and 1998 in the United Kingdom where the warm, dry summers were followed by dry, cool winters. This meant that over the 3 years, the lack of winter precipitation failed to counteract the dry summers, so slowly the

text: water table

text: fell, and

text: reservoir

text: water levels began to fall. Water levels were only replenished after some exceptionally wet years from 1999 to 2002. Similar conditions were felt between 2003 and 2006, with only the record breaking rainfall of 2007 and 2008 replenishing the water levels.

answers: NDQ_001768

answers: less than developed nations

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: What did the lack of winter precipitation fail to counteract

answers: NDQ_001772

answers: United Kingdom

answers: NDQ_001773

answers: What caused the water table to fall?

answers: NDQ_001774

answers: lacks winter precipitation

answers: NDQ_001775

answers: What did the lack of winter precipitation fail to counteract

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: precipitation

answers: NDQ_001778

answers: lack of winter precipitation

answers: NDQ_001781

answers: lack of winter precipitation

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the water table falling?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: How did the lack of winter precipitation fail to counteract the dry summers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many years did the drought last?

answers: NDQ_001797

answers: Which of the following is true of the United Kingdom?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: significant hydrological drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: precipitation

answers: NDQ_001804

answers: reservoir

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: winter precipitation failed to counteract the dry summers,

answers: NDQ_001769

answers: reservoir water

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: reservoir water levels began to fall. Water levels were only replenished

answers: NDQ_001772

answers: United Kingdom

answers: NDQ_001773

answers: hydrological drought occurred between 1995 and 1998 in the United Kingdom

answers: NDQ_001774

answers: the water table fell, and reservoir water levels began to fall.

answers: NDQ_001775

answers: reservoir water levels began to fall. Water levels were only replenished

answers: NDQ_001776

answers: hydrological drought

answers: NDQ_001777

answers: winter precipitation

answers: NDQ_001778

answers: warm, dry summers were followed by dry, cool winters.

answers: NDQ_001781

answers: drought

answers: NDQ_001782

answers: Water levels were only replenished

answers: NDQ_001785

answers: Water levels were only replenished

answers: NDQ_001787

answers: reservoir water levels began to fall.

answers: NDQ_001788

answers: A significant hydrological drought

answers: NDQ_001789

answers: reservoir water

answers: NDQ_001790

answers: Water levels were only replenished

answers: NDQ_001791

answers: A significant hydrological drought occurred between 1995 and 1998 in the United Kingdom

answers: NDQ_001792

answers: reservoir water levels

answers: NDQ_001793

answers: A significant hydrological drought occurred between 1995 and 1998 in the United Kingdom

answers: NDQ_001794

answers: water table

answers: NDQ_001795

answers: 1999 to 2002.

answers: NDQ_001796

answers: A significant hydrological drought

answers: NDQ_001797

answers: dry summers were followed by dry, cool winters.

answers: NDQ_001798

answers: Water levels were only replenished

answers: NDQ_001799

answers: rainfall

answers: NDQ_001800

answers: hydrological drought

answers: NDQ_001801

answers: between 1995 and 1998

answers: NDQ_001802

answers: slowly the water table fell, and reservoir water levels began to fall.

answers: NDQ_001803

answers: rainfall

answers: NDQ_001804

answers: reservoir

answers: NDQ_001805

answers: A significant hydrological drought occurred between 1995 and 1998 in the United Kingdom

text: The game as it is now is played annually and uses the entire school front yards. The goals now comprise two white poles set about 10 ft apart and there is a set at either end of the yards; the tennis ball simply has to pass between the two poles for a team to score a point and whoever has the most points at the end wins the games. The games has two halves of about 10 minutes each. As it is a 'celebrity' (sixth and seventh-year leavers only) game, there is a lot of off-the-ball fun as well. All players wear fancy dress and the use of water pistols and water balloons is not ruled out.

text: The game as it is now is played annually and uses the entire school front yards. The goals now comprise two white poles set about 10 ft apart and there is a set at either end of the yards; the tennis ball simply has to pass between the two poles for a team to score a point and whoever has the most points at the end wins the games. The games has two halves of about 10 minutes each. As it is a 'celebrity' (sixth and seventh-year leavers only) game, there is a lot of off-the-ball fun as well. All players wear fancy dress and the use of water pistols and water balloons is not ruled out.

answers: NDQ_001768

answers: water pistols

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: water pistols and water balloons

answers: NDQ_001771

answers: water pistols and water balloons

answers: NDQ_001772

answers: water pistols

answers: NDQ_001773

answers: Which of the following is not used in the game?

answers: NDQ_001774

answers: is not ruled out

answers: NDQ_001775

answers: What does the game as it is now include?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: wearing fancy dress

answers: NDQ_001781

answers: is not a game

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for this?

answers: NDQ_001789

answers: Which of the following is not a type of energy?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: how many people

answers: NDQ_001796

answers: Which of the following is not a reason to wear fancy dress?

answers: NDQ_001797

answers: What may be the reason for the use of water pistols and water balloons?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: can not be ruled out

answers: NDQ_001805

answers: NDQ_001768

answers: water pistols and water balloons

answers: NDQ_001769

answers: entire school front yards.

answers: NDQ_001770

answers: water pistols and water balloons

answers: NDQ_001771

answers: water pistols and water balloons

answers: NDQ_001772

answers: tennis ball

answers: NDQ_001773

answers: water pistols and water balloons

answers: NDQ_001774

answers: water pistols and water balloons

answers: NDQ_001775

answers: water pistols and water balloons

answers: NDQ_001776

answers: water pistols and water balloons

answers: NDQ_001777

answers: water pistols and water balloons

answers: NDQ_001778

answers: water pistols and water balloons

answers: NDQ_001781

answers: water pistols and water balloons

answers: NDQ_001782

answers: water pistols and water balloons

answers: NDQ_001785

answers: water pistols and water balloons

answers: NDQ_001787

answers: water pistols and water balloons

answers: NDQ_001788

answers: water pistols and water balloons

answers: NDQ_001789

answers: water pistols and water balloons

answers: NDQ_001790

answers: water pistols and water balloons

answers: NDQ_001791

answers: water pistols and water balloons

answers: NDQ_001792

answers: water pistols and water balloons

answers: NDQ_001793

answers: water pistols and water balloons

answers: NDQ_001794

answers: water pistols and water balloons

answers: NDQ_001795

answers: water pistols and water balloons

answers: NDQ_001796

answers: water pistols and water balloons

answers: NDQ_001797

answers: water pistols and water balloons

answers: NDQ_001798

answers: water pistols and water balloons

answers: NDQ_001799

answers: water pistols and water balloons

answers: NDQ_001800

answers: water pistols and water balloons

answers: NDQ_001801

answers: water pistols and water balloons

answers: NDQ_001802

answers: water pistols and water balloons

answers: NDQ_001803

answers: water pistols and water balloons

answers: NDQ_001804

answers: water pistols and water balloons

answers: NDQ_001805

answers: water pistols and water balloons

text: Affordability. Based on a tariff of 5 US Cents per m and a consumption of 200 liter per capita and day, which is higher than in Central Europe, the monthly water bill of a family of five amounts only to the equivalent of USD 1.50. According to a study done by the consulting firm Chemonics for the EU in 2009, a household consuming 218 liter per capita per day paid a water and sewer bill equivalent to 0.81% of total household expenditure. Only 11% of households (constituting 7.4% of the population) spent over 1% on water and wastewater.

text: Affordability. Based on a tariff of 5 US Cents per m and a consumption of 200 liter per capita and day, which is higher than in Central Europe, the monthly water bill of a family of five amounts only to the equivalent of USD 1.50. According to a study done by the consulting firm

text: Chemonics

text: for the EU in 2009, a household consuming 218 liter per capita per day paid a water and sewer bill equivalent to 0.81% of total household expenditure. Only 11% of households (constituting 7.4% of the population) spent over 1% on water and wastewater.

answers: NDQ_001768

answers: 200 liter per capita and day

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: consumption of more than 200 liter

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: According to the consulting firm Chemonics for the EU in 2009, a household consuming 218 liter per capita per day paid a water and sewer bill equivalent to 0.81% of total household expenditure.

answers: NDQ_001774

answers: wastes

answers: NDQ_001775

answers: Chemonics

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: a tariff

answers: NDQ_001778

answers: consuming 218 liter per capita per day

answers: NDQ_001781

answers: costs too much

answers: NDQ_001782

answers: How many liters of water does a family of five consume per day?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: According to a study done by the consulting firm Chemonics for the EU in 2009

answers: NDQ_001788

answers: According to a study done by the consulting firm Chemonics

answers: NDQ_001789

answers: Which of the following is not a source of electricity: water or wastewater?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: According to a study done by the consulting firm Chemonics

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: 7.4%

answers: NDQ_001796

answers: a household consuming 218 liter per capita per day

answers: NDQ_001797

answers: Which climate has a higher consumption of 200 liter per capita and day?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water and wastewater

answers: NDQ_001801

answers: 2009

answers: NDQ_001802

answers: water and sewer bill equivalent to 0.81% of total household expenditure

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: sewer

answers: NDQ_001805

answers: Central Europe

answers: NDQ_001768

answers: 200 liter per capita and day,

answers: NDQ_001769

answers: water and sewer

answers: NDQ_001770

answers: 0.81% of total household expenditure.

answers: NDQ_001771

answers: 218 liter per capita per day

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: 5 US Cents per m

answers: NDQ_001774

answers: wastewater.

answers: NDQ_001775

answers: Chemonics

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: consumption

answers: NDQ_001778

answers: consumption

answers: NDQ_001781

answers: consumption

answers: NDQ_001782

answers: 1%

answers: NDQ_001785

answers: 0.81% of total household expenditure.

answers: NDQ_001787

answers: 0.81% of total household expenditure.

answers: NDQ_001788

answers: 218 liter per capita per day

answers: NDQ_001789

answers: 5 US Cents per m

answers: NDQ_001790

answers: 1%

answers: NDQ_001791

answers: 1%

answers: NDQ_001792

answers: Central Europe,

answers: NDQ_001793

answers: Central Europe,

answers: NDQ_001794

answers: 1%

answers: NDQ_001795

answers: 1%

answers: NDQ_001796

answers: 0.81% of total household expenditure.

answers: NDQ_001797

answers: Central Europe,

answers: NDQ_001798

answers: 200 liter per capita and day, which is higher than in Central Europe,

answers: NDQ_001799

answers: 1%

answers: NDQ_001800

answers: Affordability.

answers: NDQ_001801

answers: 2009,

answers: NDQ_001802

answers: 0.81% of total household expenditure.

answers: NDQ_001803

answers: water bill

answers: NDQ_001804

answers: sewer

answers: NDQ_001805

answers: Central Europe,

text: Even for those having access to water supply, poor quality of service is often experienced, in the form of intermittent supply, low pressure and poor drinking water quality. However, differences in service quality between countries and between cities in Latin America are vast, and some service providers achieve a quality of service on par with developed countries.

text: Even for those having access to water supply, poor

text: quality of service

text: is often experienced, in the form of intermittent supply, low pressure and poor drinking water quality. However, differences in service quality between countries and between cities in Latin America are vast, and some service providers achieve a quality of service on par with developed countries.

answers: NDQ_001768

answers: poor quality of service

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: poor quality of service

answers: NDQ_001771

answers: poor quality of service

answers: NDQ_001772

answers: Latin American

answers: NDQ_001773

answers: Which of the following is not a type of service provider: agricultural chemicals or water supply?

answers: NDQ_001774

answers: low pressure

answers: NDQ_001775

answers: poor quality of service

answers: NDQ_001776

answers: poor quality of service

answers: NDQ_001777

answers: quality of service

answers: NDQ_001778

answers: poor quality of service

answers: NDQ_001781

answers: poor quality of service

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: poor quality of service

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: poor quality of service is often experienced

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: poor quality of service

answers: NDQ_001797

answers: Which of the following is not a reason for poor quality of service: intermittent supply, low pressure and poor drinking water quality

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: can be described as a

answers: NDQ_001802

answers: poor drinking water quality

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: poor quality of service

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001771

answers: drinking water quality.

answers: NDQ_001772

answers: Latin America

answers: NDQ_001773

answers: water supply,

answers: NDQ_001774

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001775

answers: drinking water quality.

answers: NDQ_001776

answers: poor drinking water quality.

answers: NDQ_001777

answers: poor quality of service

answers: NDQ_001778

answers: low pressure and poor drinking water quality.

answers: NDQ_001781

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001782

answers: some service providers achieve a quality of service on par with developed countries.

answers: NDQ_001785

answers: poor quality of service

answers: NDQ_001787

answers: poor drinking water quality.

answers: NDQ_001788

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001789

answers: some service providers achieve a quality of service on par with developed countries.

answers: NDQ_001790

answers: some service providers achieve a quality of service on par with developed countries.

answers: NDQ_001791

answers: some service providers achieve a quality of service on par with developed countries.

answers: NDQ_001792

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001793

answers: some service providers achieve a quality of service on par with developed countries.

answers: NDQ_001794

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001795

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001796

answers: poor drinking water quality.

answers: NDQ_001797

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001798

answers: some service providers achieve a quality of service on par with developed countries.

answers: NDQ_001799

answers: low pressure

answers: NDQ_001800

answers: intermittent supply, low pressure and poor drinking water quality.

answers: NDQ_001801

answers: intermittent supply,

answers: NDQ_001802

answers: poor drinking water quality.

answers: NDQ_001803

answers: water supply,

answers: NDQ_001804

answers: intermittent supply, low pressure and poor drinking water

answers: NDQ_001805

answers: drinking water

text: In the 1840s, the Manchester Corporation Water Works recommended that to the city corporation that an infrastructure to increase water supplies to cope with demand must be built. The obvious choice for this supply would come from areas of high rainfall and there were three choices which were close enough to Manchester. The Lake District, Peak District and Snowdonia are traditionally rainy areas with its numerous valleys, ideal for a large reservoir. This was rejected in favour of John Frederick Bateman's proposal to build a supply chain of six reservoirs in the Longdendale Valley to the east of Manchester.

text: In the 1840s, the Manchester Corporation Water Works recommended that to the city corporation that an infrastructure to increase water supplies to cope with demand must be built. The obvious choice for this supply would come from areas of high rainfall and there were three choices which were close enough to Manchester. The

text: Lake District

text: Peak District

text: and

text: Snowdonia

text: are traditionally rainy areas with its numerous valleys, ideal for a large reservoir. This was rejected in favour of

text: John Frederick Bateman

text: 's proposal to build a supply chain of six reservoirs in the

text: Longdendale Valley

text: to the east of Manchester.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: What is the purpose of the reservoirs?

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: How many reservoirs were built in the Longdendale Valley?

answers: NDQ_001772

answers: Manchester

answers: NDQ_001773

answers: Which of the following is not a type of chemical?

answers: NDQ_001774

answers: was rejected

answers: NDQ_001775

answers: What did the Manchester Corporation Water Works recommend?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: an infrastructure to increase water supplies

answers: NDQ_001781

answers: lacks a reservoir

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What was rejected in favour of John Frederick Bateman's proposal?

answers: NDQ_001788

answers: Why did John Frederick Bateman propose to build a supply chain of six reservoirs

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or lakes?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: what was rejected in favour of John Frederick Bateman's proposal

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, Peak or Snowdonia?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 1840s

answers: NDQ_001802

answers: Manchester Corporation Water Works recommended that to the city corporation that an infrastructure to increase water supplies to cope with demand must be built

answers: NDQ_001803

answers: reservoir

answers: NDQ_001804

answers: reservoir

answers: NDQ_001805

answers: Manchester

answers: NDQ_001768

answers: areas of high rainfall

answers: NDQ_001769

answers: city corporation that an infrastructure to increase water supplies to cope with demand

answers: NDQ_001770

answers: demand

answers: NDQ_001771

answers: The Lake District, Peak District and Snowdonia

answers: NDQ_001772

answers: Manchester Corporation Water Works

answers: NDQ_001773

answers: Manchester Corporation Water Works

answers: NDQ_001774

answers: rejected

answers: NDQ_001775

answers: water supplies

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: areas of high rainfall

answers: NDQ_001778

answers: demand

answers: NDQ_001781

answers: areas of high rainfall

answers: NDQ_001782

answers: The obvious choice for this supply would come from areas of high rainfall

answers: NDQ_001785

answers: water supplies to cope with demand must be built.

answers: NDQ_001787

answers: The obvious choice for this supply would come from areas of high rainfall

answers: NDQ_001788

answers: six reservoirs

answers: NDQ_001789

answers: areas of high rainfall

answers: NDQ_001790

answers: areas of high rainfall

answers: NDQ_001791

answers: areas of high rainfall

answers: NDQ_001792

answers: areas of high rainfall

answers: NDQ_001793

answers: areas of high rainfall

answers: NDQ_001794

answers: valleys,

answers: NDQ_001795

answers: water supplies

answers: NDQ_001796

answers: areas of high rainfall

answers: NDQ_001797

answers: high rainfall

answers: NDQ_001798

answers: 1840s,

answers: NDQ_001799

answers: areas of high rainfall

answers: NDQ_001800

answers: water supplies

answers: NDQ_001801

answers: 1840s,

answers: NDQ_001802

answers: water supplies

answers: NDQ_001803

answers: areas of high rainfall

answers: NDQ_001804

answers: six reservoirs in the Longdendale Valley

answers: NDQ_001805

answers: rainfall

text: Provision and use of sanitation isolates contaminated faeces from the environment, and therefore the consistent use of the facility, not its mere existence, is likely to lead to health and environmental improvements. However and in much the same way as with water supply, care is needed to define an acceptable form of excreta disposal. A wide range of technologies is used, particularly for settings where low-cost solutions are required, and relevant research conducted elsewhere concluded that all types of facility can be operated hygienically. As a result, sanitation technologies are considered as providing adequate access to sanitation as long as they are private (but not shared / public) and hygienically separate human faeces from human contact. Likewise, the addition of hygiene education is required to see health impacts materialize, in particular the basic issues of hand washing, proper disposal of faeces, and protection of drinking water. An integrated water, sanitation and hygiene (WASH) approach for data collection would consequently provide decision-makers with greater diagnostic power than focussing separately on each of these three components.

text: Provision and use of sanitation isolates contaminated faeces from the environment, and therefore the consistent use of the facility, not its mere existence, is likely to lead to health and environmental improvements. However and in much the same way as with water supply, care is needed to define an acceptable form of excreta disposal. A wide range of technologies is used, particularly for settings where low-cost solutions are required, and relevant research conducted elsewhere concluded that all types of facility can be operated hygienically. As a result, sanitation technologies are considered as providing adequate access to sanitation as long as they are private (but not shared / public) and hygienically separate human faeces from human contact. Likewise, the addition of hygiene education is required to see health impacts materialize, in particular the basic issues of

text: hand washing

text: , proper disposal of faeces, and protection of drinking water. An integrated

text: water, sanitation and hygiene (WASH)

text: approach for data collection would consequently provide decision-makers with greater diagnostic power than focussing separately on each of these three components.

answers: NDQ_001768

answers: much the same way as with sanitation

answers: NDQ_001769

answers: sanitation

answers: NDQ_001770

answers: faeces

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: sanitation

answers: NDQ_001773

answers: Which of the following is not a component of sanitation technologies?

answers: NDQ_001774

answers: shared / public

answers: NDQ_001775

answers: What is the main purpose of sanitation?

answers: NDQ_001776

answers: faeces

answers: NDQ_001777

answers: sanitation technologies

answers: NDQ_001778

answers: faeces from human contact

answers: NDQ_001781

answers: sanitation technologies are considered as providing adequate access

answers: NDQ_001782

answers: What are the basic issues of hand washing, proper disposal of faeces, and protection of drinking water

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: care is needed to define an acceptable form of excreta disposal

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: care is needed to define an acceptable form of excreta disposal

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: water supply

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: sanitation isolates contaminated faeces

answers: NDQ_001797

answers: What is the main idea of the passage?

answers: NDQ_001798

answers: sanitation technologies

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: sanitation

answers: NDQ_001801

answers: An integrated water, sanitation and hygiene (WASH) approach for data collection

answers: NDQ_001802

answers: care is needed to define an acceptable form of excreta disposal

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: low-cost solutions are required,

answers: NDQ_001769

answers: public)

answers: NDQ_001770

answers: contaminated faeces

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: sanitation

answers: NDQ_001773

answers: contaminated faeces from the environment,

answers: NDQ_001774

answers: shared / public)

answers: NDQ_001775

answers: water supply,

answers: NDQ_001776

answers: contaminated faeces

answers: NDQ_001777

answers: low-cost solutions are required,

answers: NDQ_001778

answers: contaminated faeces

answers: NDQ_001781

answers: low-cost solutions are required,

answers: NDQ_001782

answers: drinking water.

answers: NDQ_001785

answers: water, sanitation and hygiene

answers: NDQ_001787

answers: water supply,

answers: NDQ_001788

answers: water supply,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: water supply,

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: water supply,

answers: NDQ_001793

answers: drinking water.

answers: NDQ_001794

answers: water supply,

answers: NDQ_001795

answers: sanitation and hygiene

answers: NDQ_001796

answers: hygienically separate human faeces from human contact.

answers: NDQ_001797

answers: water supply,

answers: NDQ_001798

answers: (WASH)

answers: NDQ_001799

answers: shared / public)

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Provision and use of sanitation isolates contaminated faeces

answers: NDQ_001802

answers: water supply,

answers: NDQ_001803

answers: water supply,

answers: NDQ_001804

answers: water supply,

answers: NDQ_001805

answers: drinking water.

text: Because water is so central to agricultural trade, water disputes may be subtly implicated in WTO cases in the form of virtual water, water used in the production of goods and services but not directly traded between countries. Countries with greater access to water supplies may fare better from an economic standpoint than those facing crisis, which creates the potential for conflict. Outraged by agriculture subsidies that displace domestic produce, countries facing water shortages bring their case to the WTO.

text: Because water is so central to agricultural trade, water disputes may be subtly implicated in WTO cases in the form of

text: virtual water

text: , water used in the production of goods and services but not directly traded between countries. Countries with greater access to water supplies may fare better from an economic standpoint than those facing crisis, which creates the potential for conflict. Outraged by agriculture subsidies that displace domestic produce, countries facing water shortages bring their case to the WTO.

answers: NDQ_001768

answers: virtual water

answers: NDQ_001769

answers: production of goods and services

answers: NDQ_001770

answers: conflict

answers: NDQ_001771

answers: What does the WTO mean?

answers: NDQ_001772

answers: agricultural trade

answers: NDQ_001773

answers: Which of the following is not used in the production of goods and services but not directly traded between countries?

answers: NDQ_001774

answers: agriculture subsidies

answers: NDQ_001775

answers: production of goods and services

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: access to water

answers: NDQ_001778

answers: agriculture subsidies

answers: NDQ_001781

answers: is not directly traded between countries

answers: NDQ_001782

answers: Which of the following is not a form of virtual water?

answers: NDQ_001785

answers: How can we live longer without water than without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: water disputes may be subtly implicated in WTO cases

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a form of water: virtual water, water used in the production of goods and services but not directly traded between countries, or agriculture subsidies that displace domestic produce?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, tropical, or tropical?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: water shortages

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: agriculture subsidies

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: agricultural trade

answers: NDQ_001768

answers: virtual water,

answers: NDQ_001769

answers: production of goods and services

answers: NDQ_001770

answers: crisis,

answers: NDQ_001771

answers: virtual water,

answers: NDQ_001772

answers: agricultural trade,

answers: NDQ_001773

answers: water is so central to agricultural trade,

answers: NDQ_001774

answers: agriculture subsidies

answers: NDQ_001775

answers: production of goods and services

answers: NDQ_001776

answers: agriculture subsidies

answers: NDQ_001777

answers: Countries with greater access to water supplies

answers: NDQ_001778

answers: agriculture subsidies that displace domestic produce,

answers: NDQ_001781

answers: agriculture subsidies

answers: NDQ_001782

answers: virtual water,

answers: NDQ_001785

answers: Countries with greater access to water supplies

answers: NDQ_001787

answers: virtual water,

answers: NDQ_001788

answers: virtual water,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: Countries with greater access to water supplies

answers: NDQ_001791

answers: virtual water,

answers: NDQ_001792

answers: Countries with greater access to water supplies

answers: NDQ_001793

answers: Countries with greater access to water supplies

answers: NDQ_001794

answers: virtual water,

answers: NDQ_001795

answers: Countries with greater access to water supplies

answers: NDQ_001796

answers: Countries with greater access to water supplies

answers: NDQ_001797

answers: Countries with greater access to water supplies

answers: NDQ_001798

answers: virtual water,

answers: NDQ_001799

answers: water used in the production of goods and services but not directly traded

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: water shortages

answers: NDQ_001802

answers: virtual water,

answers: NDQ_001803

answers: agriculture subsidies

answers: NDQ_001804

answers: virtual water,

answers: NDQ_001805

answers: agricultural trade,

text: The dam supplies drinking water to the towns of Boonah and Ipswich, although the main user is the Swanbank Power Station. It also supplies irrigation water to small crop farms in the Fassifern Valley. SunWater is undertaking a dam spillway capacity upgrade program to ensure the continued safety of the dam. During the 1995 drought dam levels declined to a low of 1% total capacity. The dam reached 100% capacity due to rainfall associated with the 2010–2011 Queensland floods, with water flowing over the spillway for the first time since 1991 on 6 December 2010.

text: The dam supplies drinking water to the towns of Boonah and Ipswich, although the main user is the

text: Swanbank Power Station

text: . It also supplies irrigation water to small crop farms in the Fassifern Valley. SunWater is undertaking a dam

text: spillway

text: capacity upgrade program to ensure the continued safety of the dam. During the 1995 drought dam levels declined to a low of 1% total capacity. The dam reached 100% capacity due to rainfall associated with the

text: 2010–2011 Queensland floods

text: , with water flowing over the spillway for the first time since 1991 on 6 December 2010.

answers: NDQ_001768

answers: irrigation water

answers: NDQ_001769

answers: Drinking water

answers: NDQ_001770

answers: water to flow over the spillway

answers: NDQ_001771

answers: What is the main user of the dam?

answers: NDQ_001772

answers: small crop farms

answers: NDQ_001773

answers: Which of the following is not a source of irrigation water: drinking water or agricultural chemicals?

answers: NDQ_001774

answers: main user is the Swanbank Power Station

answers: NDQ_001775

answers: Swanbank Power Station

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: crop farms

answers: NDQ_001781

answers: supplies drinking water

answers: NDQ_001782

answers: What is the main user of the dam?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the main user of the dam?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the main user of the Swanbank Power Station?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is the dam located?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the main user of the Swanbank Power Station?

answers: NDQ_001797

answers: Which happened first, the dam reached 100% capacity or dam levels declined to a low of 1% total capacity?

answers: NDQ_001798

answers: How many years did it take for the dam to reach 100% capacity?

answers: NDQ_001799

answers: Why is drinking water safe to drink?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: 1995 drought

answers: NDQ_001802

answers: a low of 1% total capacity

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: The dam

answers: NDQ_001805

answers: power station

answers: NDQ_001768

answers: irrigation water to small crop farms

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: small crop farms

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: Swanbank Power Station.

answers: NDQ_001773

answers: irrigation water

answers: NDQ_001774

answers: Swanbank Power Station.

answers: NDQ_001775

answers: Swanbank Power Station.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: irrigation water to small crop farms

answers: NDQ_001781

answers: drought

answers: NDQ_001782

answers: The dam supplies drinking water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: irrigation water

answers: NDQ_001788

answers: small crop farms

answers: NDQ_001789

answers: Swanbank Power Station.

answers: NDQ_001790

answers: 1% total capacity.

answers: NDQ_001791

answers: 1%

answers: NDQ_001792

answers: The dam supplies drinking water

answers: NDQ_001793

answers: drinking water

answers: NDQ_001794

answers: 1% total capacity.

answers: NDQ_001795

answers: 1%

answers: NDQ_001796

answers: The dam supplies drinking water

answers: NDQ_001797

answers: drought

answers: NDQ_001798

answers: 1% total capacity.

answers: NDQ_001799

answers: The dam supplies drinking water

answers: NDQ_001800

answers: drought

answers: NDQ_001801

answers: 1995 drought

answers: NDQ_001802

answers: 1%

answers: NDQ_001803

answers: irrigation water

answers: NDQ_001804

answers: Swanbank Power Station.

answers: NDQ_001805

answers: Swanbank Power Station.

text: Diversion dams are installed to raise the water level of a body of water to allow the water to be redirected. The redirected water can be used to supply irrigation systems, reservoirs, or hydroelectric power generation facilities. The water diverted by the diversion dam to the reservoirs can be used for industrial applications or for municipal water supply.

text: Diversion dams are installed to raise the water level of a body of water to allow the water to be redirected. The redirected water can be used to supply irrigation systems, reservoirs, or hydroelectric power generation facilities. The water diverted by the diversion dam to the reservoirs can be used for industrial applications or for municipal water supply.

answers: NDQ_001768

answers: irrigation systems

answers: NDQ_001769

answers: municipal water supply

answers: NDQ_001770

answers: Diversion dams to be installed

answers: NDQ_001771

answers: Diversion dams

answers: NDQ_001772

answers: industrial applications

answers: NDQ_001773

answers: can be used in irrigation systems.

answers: NDQ_001774

answers: is diverted

answers: NDQ_001775

answers: industrial applications

answers: NDQ_001776

answers: diversion dam

answers: NDQ_001777

answers: diversion dams

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: diverted to industrial applications

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: What can we do without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a type of irrigation system: irrigation systems, reservoirs or hydroelectric power generation facilities?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: can be used for industrial applications

answers: NDQ_001802

answers: industrial applications or for municipal water supply

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: diversion dam

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: Diversion dams

answers: NDQ_001769

answers: municipal water supply.

answers: NDQ_001770

answers: Diversion dams are installed to raise the water level

answers: NDQ_001771

answers: irrigation systems, reservoirs, or hydroelectric power generation facilities.

answers: NDQ_001772

answers: irrigation systems,

answers: NDQ_001773

answers: irrigation systems,

answers: NDQ_001774

answers: redirected.

answers: NDQ_001775

answers: industrial applications

answers: NDQ_001776

answers: Diversion dams

answers: NDQ_001777

answers: Diversion dams are installed to raise the water level

answers: NDQ_001778

answers: irrigation systems,

answers: NDQ_001781

answers: Diversion dams

answers: NDQ_001782

answers: Diversion dams

answers: NDQ_001785

answers: Diversion dams

answers: NDQ_001787

answers: irrigation systems,

answers: NDQ_001788

answers: The redirected water can be used to supply irrigation systems,

answers: NDQ_001789

answers: hydroelectric power generation facilities.

answers: NDQ_001790

answers: Diversion dams

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: Diversion dams

answers: NDQ_001793

answers: irrigation systems, reservoirs, or hydroelectric power generation facilities.

answers: NDQ_001794

answers: Diversion dams

answers: NDQ_001795

answers: Diversion dams

answers: NDQ_001796

answers: Diversion dams

answers: NDQ_001797

answers: irrigation systems,

answers: NDQ_001798

answers: Diversion dams

answers: NDQ_001799

answers: irrigation systems, reservoirs, or hydroelectric power generation facilities.

answers: NDQ_001800

answers: Diversion dams

answers: NDQ_001801

answers: Diversion dams

answers: NDQ_001802

answers: industrial applications or for municipal water supply.

answers: NDQ_001803

answers: irrigation systems,

answers: NDQ_001804

answers: Diversion dams

answers: NDQ_001805

answers: irrigation systems, reservoirs, or hydroelectric power generation facilities.

text: Water supply in the Jordanian highlands, where most of the population lives, is generally intermittent. According to a 2008 study by the University of Michigan, water is delivered once a week in big cities like Amman and once every twelve days in some rural areas. According to a 2007 survey the mean rate of supply per week was 1.5 days in Madaba governorate, 2.9 days in Balqa governorate and 3.2 days in Zarqa governorate. In Amman,  according to the water distribution plan of Miyahuna, 8 out of 44 main distribution zones received continuous water supply "except in emergency cases" in 2012. Most other distribution zones were scheduled to receive water for either once a week for 24 hours or twice a week for a total of 36–48 hours. To what extent actual supply follows the distribution program, especially during summer, is not clear. Since the Disi-Amman Conveyor became operational in summer 2013 the continuity of supply in Amman has increased.

text: Water supply in the Jordanian highlands, where most of the population lives, is generally intermittent. According to a 2008 study by the

text: University of Michigan

text: , water is delivered once a week in big cities like Amman and once every twelve days in some rural areas. According to a 2007 survey the mean rate of supply per week was 1.5 days in Madaba governorate, 2.9 days in Balqa governorate and 3.2 days in Zarqa governorate. In Amman,  according to the water distribution plan of Miyahuna, 8 out of 44 main distribution zones received continuous water supply "except in emergency cases" in 2012. Most other distribution zones were scheduled to receive water for either once a week for 24 hours or twice a week for a total of 36–48 hours. To what extent actual supply follows the distribution program, especially during summer, is not clear. Since the Disi-Amman Conveyor became operational in summer 2013 the continuity of supply in Amman has increased.

answers: NDQ_001768

answers: once every twelve days in some rural areas

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: water supply in Amman has increased

answers: NDQ_001771

answers: What is not clear?

answers: NDQ_001772

answers: big cities

answers: NDQ_001773

answers: According to a 2007 survey the mean rate of supply per week was 1.5 days in Madaba governorate

answers: NDQ_001774

answers: is delivered once a week

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: lack of sanitation

answers: NDQ_001777

answers: in what part of the country?

answers: NDQ_001778

answers: summer

answers: NDQ_001781

answers: was delivered once every twelve days in some rural areas

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: To what extent actual supply follows the distribution program, especially during summer, is not clear

answers: NDQ_001788

answers: To what extent actual supply follows the distribution program, especially during summer, is not clear

answers: NDQ_001789

answers: What is the Disi-Amman Conveyor?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: According to a 2007 survey the mean rate of supply per week was 1.5 days in Madaba governorate

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: To what extent actual supply follows the distribution program, especially during summer, is not clear

answers: NDQ_001797

answers: How many days was the mean rate of supply per week in Zarqa governorate?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: emergency cases

answers: NDQ_001802

answers: To what extent actual supply follows the distribution program, especially during summer, is not clear

answers: NDQ_001803

answers: water is delivered once a week

answers: NDQ_001804

answers: Disi-Amman Conveyor

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: twice a week

answers: NDQ_001769

answers: big cities

answers: NDQ_001770

answers: emergency cases"

answers: NDQ_001771

answers: twice a week

answers: NDQ_001772

answers: University of Michigan, water is delivered once a week in big cities

answers: NDQ_001773

answers: Water supply in the Jordanian highlands,

answers: NDQ_001774

answers: intermittent.

answers: NDQ_001775

answers: water is delivered once a week

answers: NDQ_001776

answers: Water supply

answers: NDQ_001777

answers: intermittent.

answers: NDQ_001778

answers: summer,

answers: NDQ_001781

answers: intermittent.

answers: NDQ_001782

answers: once a week in big cities like Amman and once every twelve days

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: once every twelve days in some rural areas.

answers: NDQ_001788

answers: once every twelve days

answers: NDQ_001789

answers: intermittent. According to a 2008 study by the University of Michigan,

answers: NDQ_001790

answers: once a week for 24 hours or twice a week

answers: NDQ_001791

answers: once a week in big cities like Amman and once every twelve days

answers: NDQ_001792

answers: once every twelve days

answers: NDQ_001793

answers: Water supply in the Jordanian highlands,

answers: NDQ_001794

answers: once every twelve days in some rural areas.

answers: NDQ_001795

answers: once a week in big cities like Amman and once every twelve days

answers: NDQ_001796

answers: once every twelve days in some rural areas.

answers: NDQ_001797

answers: Water supply in the Jordanian highlands,

answers: NDQ_001798

answers: once a week

answers: NDQ_001799

answers: once a week

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: summer,

answers: NDQ_001802

answers: not clear.

answers: NDQ_001803

answers: Disi-Amman Conveyor

answers: NDQ_001804

answers: Disi-Amman Conveyor

answers: NDQ_001805

answers: once a week in big cities like Amman and once every twelve days

text: The National Assessment of Water and Wastewater Systems in First Nation Communities 'suggests many communities remain vulnerable to the health and environmental problems that result from poor water quality and inadequate sanitation. The assessment, which was released in April 2011, looked at the water and sewer systems of 571 First Nations (with a total population of 484,321 and 112,836 "dwellings") and evaluated their water source and how well each system was designed, operated and monitored. It categorized 39 per cent of the water systems as "high risk," meaning they have "major deficiencies" that pose a high risk to water quality and could lead to potential health and safety or environmental concerns. Thirty-four per cent were assessed as posing medium risk to the quality of water and health and having deficiencies that "should be corrected to avoid future problems."

text: The National Assessment of Water and Wastewater Systems in First Nation Communities 'suggests many communities remain vulnerable to the health and environmental problems that result from poor water quality and inadequate sanitation. The assessment, which was released in April 2011, looked at the water and sewer systems of 571 First Nations (with a total population of 484,321 and 112,836 "dwellings") and evaluated their water source and how well each system was designed, operated and monitored. It categorized 39 per cent of the water systems as "high risk," meaning they have "major deficiencies" that pose a high risk to water quality and could lead to potential health and safety or environmental concerns. Thirty-four per cent were assessed as posing medium risk to the quality of water and health and having deficiencies that "should be corrected to avoid future problems."

answers: NDQ_001768

answers: medium risk

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: health and environmental problems

answers: NDQ_001771

answers: None of the above choices .

answers: NDQ_001772

answers: First Nations

answers: NDQ_001773

answers: Which of the following is not a type of chemical: Agricultural chemicals or water?

answers: NDQ_001774

answers: wastes

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: how well each system was designed

answers: NDQ_001778

answers: poor water quality

answers: NDQ_001781

answers: poor water quality

answers: NDQ_001782

answers: What does the National Assessment of Water and Wastewater Systems in First Nation Communities suggest?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: None of the above choices.

answers: NDQ_001788

answers: None of the above choices are true

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: The National Assessment of Water and Wastewater Systems in First Nation Communities

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: poor water quality and inadequate sanitation

answers: NDQ_001797

answers: How would you describe Drier climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices are true

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: Thirty-four per cent were assessed as posing medium risk to the quality of water and health

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: sewer

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: poor water quality and inadequate sanitation.

answers: NDQ_001769

answers: sanitation.

answers: NDQ_001770

answers: health and safety or environmental concerns.

answers: NDQ_001771

answers: The National Assessment of Water and Wastewater Systems in First Nation Communities'suggests

answers: NDQ_001772

answers: First Nations

answers: NDQ_001773

answers: "high risk,"

answers: NDQ_001774

answers: poor water quality and inadequate sanitation.

answers: NDQ_001775

answers: sanitation.

answers: NDQ_001776

answers: poor water quality and inadequate sanitation.

answers: NDQ_001777

answers: water source

answers: NDQ_001778

answers: inadequate sanitation.

answers: NDQ_001781

answers: poor water quality

answers: NDQ_001782

answers: The National Assessment of Water and Wastewater Systems in First Nation Communities'suggests

answers: NDQ_001785

answers: 484,321

answers: NDQ_001787

answers: "high risk,"

answers: NDQ_001788

answers: "high risk,"

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: 484,321

answers: NDQ_001791

answers: 484,321

answers: NDQ_001792

answers: evaluated their water source

answers: NDQ_001793

answers: "high risk,"

answers: NDQ_001794

answers: 484,321

answers: NDQ_001795

answers: 2011,

answers: NDQ_001796

answers: poor water quality and inadequate sanitation.

answers: NDQ_001797

answers: 484,321

answers: NDQ_001798

answers: 484,321

answers: NDQ_001799

answers: water source

answers: NDQ_001800

answers: poor water quality

answers: NDQ_001801

answers: 2011,

answers: NDQ_001802

answers: 39 per cent of the water systems as "high risk,"

answers: NDQ_001803

answers: sanitation.

answers: NDQ_001804

answers: sewer

answers: NDQ_001805

answers: The National Assessment of Water and Wastewater Systems in First Nation Communities'suggests

text: An example of the expanding role of the Commonwealth in the management of water resources is the federal takeover of the Murray-Darling Basin. In April 2007, amid a major drought, John Howard, then Prime Minister of Australia, announced that the region was facing an "unprecedentedly dangerous" water shortage and that water might have to be reserved for "critical urban" water supplies. The Federal Government proposed a A$10 billion Commonwealth take-over of the Murray-Darling Basin, arguing that effective management could not be undertaken by competing state governments. While the states of New South Wales, Queensland and South Australia as well as the Australian Capital Territory accepted the proposal, the state of Victoria initially refused to co-operate, arguing that its irrigators would be disadvantaged and that it would challenge the takeover in the High Court. Legislation to create the Murray-Darling Basin Commission was passed in both the House of Representatives and the Senate in August 2007 in the form of the Water Act of 2007. In March 2008, Premier John Brumby indicated that the Victorian government would participate in the program, in return for $1 billion to upgrade irrigation and continue water security for farmers.

text: An example of the expanding role of the Commonwealth in the management of water resources is the federal takeover of the

text: Murray-Darling Basin

text: . In April 2007, amid a major drought,

text: John Howard

text: , then Prime Minister of Australia, announced that the region was facing an "unprecedentedly dangerous" water shortage and that water might have to be reserved for "critical urban" water supplies. The Federal Government proposed a A$10 billion Commonwealth take-over of the

text: Murray-Darling Basin

text: , arguing that effective management could not be undertaken by competing state governments. While the states of

text: New South Wales

text: Queensland

text: and

text: South Australia

text: as well as the

text: Australian Capital Territory

text: accepted the proposal, the state of

text: Victoria

text: initially refused to co-operate, arguing that its irrigators would be disadvantaged and that it would challenge the takeover in the

text: High Court

text: . Legislation to create the

text: Murray-Darling Basin Commission

text: was passed in both the House of Representatives and the Senate in August 2007 in the form of the Water Act of 2007. In March 2008, Premier

text: John Brumby

text: indicated that the

text: Victorian government

text: would participate in the program, in return for $1 billion to upgrade irrigation and continue water security for farmers.

answers: NDQ_001768

answers: irrigators

answers: NDQ_001769

answers: "critical urban"

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: What is the most common recreational use of water in Australia?

answers: NDQ_001772

answers: urban

answers: NDQ_001773

answers: Which of the following is not an example of the expanding role of the Commonwealth in the management of water resources?

answers: NDQ_001774

answers: irrigates

answers: NDQ_001775

answers: "critical urban" water supplies

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: a major drought

answers: NDQ_001778

answers: irrigators

answers: NDQ_001781

answers: irrigates too much

answers: NDQ_001782

answers: What is the purpose of the Murray-Darling Basin Commission?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why did the state of Victoria initially refuse to co-operate?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not an example of the expanding role of the Commonwealth in the management of water resources?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why might water have to be reserved for "critical urban" water supplies?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a major drought

answers: NDQ_001802

answers: Murray-Darling Basin

answers: NDQ_001803

answers: irrigators

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: urban

answers: NDQ_001768

answers: "critical urban" water supplies.

answers: NDQ_001769

answers: "critical urban"

answers: NDQ_001770

answers: disadvantaged

answers: NDQ_001771

answers: Murray-Darling Basin.

answers: NDQ_001772

answers: farmers.

answers: NDQ_001773

answers: $1 billion to upgrade irrigation and continue water security for farmers.

answers: NDQ_001774

answers: water might have to be reserved for "critical urban" water supplies.

answers: NDQ_001775

answers: "critical urban" water supplies.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: "critical urban" water supplies.

answers: NDQ_001778

answers: farmers.

answers: NDQ_001781

answers: drought,

answers: NDQ_001782

answers: Water Act of 2007.

answers: NDQ_001785

answers: 2007,

answers: NDQ_001787

answers: $1 billion to upgrade irrigation and continue water security for farmers.

answers: NDQ_001788

answers: irrigators would be disadvantaged

answers: NDQ_001789

answers: Water Act of 2007.

answers: NDQ_001790

answers: "unprecedentedly dangerous" water shortage

answers: NDQ_001791

answers: Water Act of 2007.

answers: NDQ_001792

answers: Murray-Darling Basin.

answers: NDQ_001793

answers: "unprecedentedly dangerous" water shortage

answers: NDQ_001794

answers: Murray-Darling Basin.

answers: NDQ_001795

answers: 2007,

answers: NDQ_001796

answers: Water Act of 2007.

answers: NDQ_001797

answers: "critical urban" water supplies.

answers: NDQ_001798

answers: water might have to be reserved for "critical urban" water supplies.

answers: NDQ_001799

answers: water might have to be reserved for "critical urban" water supplies.

answers: NDQ_001800

answers: "unprecedentedly dangerous" water shortage

answers: NDQ_001801

answers: drought,

answers: NDQ_001802

answers: "critical urban" water supplies.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Murray-Darling Basin.

answers: NDQ_001805

answers: "critical urban" water supplies.

text: The current management strategies outlined in the Yarra Ranges National Park Management Plan regarding the Restricted Access Policy, is efficient at maintaining the parks water resources. By limiting human access to the Designated Water Supply Catchment Area (DWSCA) it prevents some forms of contaminants from entering the supply catchments because the area remains clear of rubbish. If rubbish left behind in the park by people entered the water catchments, it could have a damaging effect on the purity of the water that is supplied to Melbourne. The restriction on people feeding wildlife has also benefited the native species within the park because it allows the ecosystem to function and evolve without human interference.

text: The current management strategies outlined in the Yarra Ranges National Park Management Plan regarding the Restricted Access Policy, is efficient at maintaining the parks water resources. By limiting human access to the Designated Water Supply Catchment Area (DWSCA) it prevents some forms of contaminants from entering the supply catchments because the area remains clear of rubbish. If rubbish left behind in the park by people entered the water catchments, it could have a damaging effect on the purity of the water that is supplied to Melbourne. The restriction on people feeding wildlife has also benefited the native species within the park because it allows the ecosystem to function and evolve without human interference.

answers: NDQ_001768

answers: DWSCA

answers: NDQ_001769

answers: Melbourne

answers: NDQ_001770

answers: Contaminants

answers: NDQ_001771

answers: fishing, swimming, and boating

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: can have a damaging effect on the purity of the water that is supplied to Melbourne.

answers: NDQ_001774

answers: rubbish is left behind in the park

answers: NDQ_001775

answers: What is the purpose of water?

answers: NDQ_001776

answers: contaminated water

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: rubbish left behind

answers: NDQ_001781

answers: is contaminated

answers: NDQ_001782

answers: What is the purpose of the Restricted Access Policy?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a form of contaminants?

answers: NDQ_001788

answers: Which of the following is not a form of contaminants?

answers: NDQ_001789

answers: Which of the following is not a form of contamination?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a type of fresh water?

answers: NDQ_001795

answers: NDQ_001796

answers: Which of the following is not a form of contaminants?

answers: NDQ_001797

answers: Which of the following is not a reason for the restriction on people feeding wildlife?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a form of contaminants?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: a damaging effect

answers: NDQ_001802

answers: it could have a damaging effect on the purity of the water

answers: NDQ_001803

answers: Designated Water Supply Catchment Area

answers: NDQ_001804

answers: DWSCA

answers: NDQ_001805

answers: water resources

answers: NDQ_001768

answers: Designated Water Supply Catchment Area

answers: NDQ_001769

answers: Melbourne.

answers: NDQ_001770

answers: damaging effect on the purity of the water that is supplied to Melbourne.

answers: NDQ_001771

answers: feeding wildlife

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: contaminants from entering the supply catchments

answers: NDQ_001774

answers: rubbish left behind in the park by people entered the water catchments,

answers: NDQ_001775

answers: Water Supply Catchment Area

answers: NDQ_001776

answers: contaminants

answers: NDQ_001777

answers: human interference.

answers: NDQ_001778

answers: rubbish

answers: NDQ_001781

answers: rubbish

answers: NDQ_001782

answers: water resources.

answers: NDQ_001785

answers: feeding wildlife

answers: NDQ_001787

answers: If rubbish left behind in the park by people entered the water catchments,

answers: NDQ_001788

answers: water resources.

answers: NDQ_001789

answers: water resources.

answers: NDQ_001790

answers: water resources.

answers: NDQ_001791

answers: Yarra Ranges National Park

answers: NDQ_001792

answers: water resources.

answers: NDQ_001793

answers: Yarra Ranges National Park

answers: NDQ_001794

answers: water resources.

answers: NDQ_001795

answers: Yarra Ranges National Park Management Plan regarding the Restricted Access Policy,

answers: NDQ_001796

answers: contaminants from entering the supply catchments

answers: NDQ_001797

answers: water resources.

answers: NDQ_001798

answers: Restricted Access Policy, is efficient at maintaining the parks water resources.

answers: NDQ_001799

answers: water that is supplied to Melbourne.

answers: NDQ_001800

answers: water resources.

answers: NDQ_001801

answers: Yarra Ranges National Park

answers: NDQ_001802

answers: purity

answers: NDQ_001803

answers: feeding wildlife

answers: NDQ_001804

answers: Designated Water Supply Catchment Area

answers: NDQ_001805

answers: wildlife

text: In July 2007 Water Commissioner Uri Shani warned about a decline in rainfall, exacerbating Israel's water crisis. "The drop in water supply derives from atmospheric contamination, which affects cloud composition and causes a drop in rainfall levels. Every year we record less water entering Lake Kinneret in the winter. Another factor in the drop in water supply is contamination of the coastal aquifer, which reduces the amount of water that can be pumped out."

text: In July 2007 Water Commissioner Uri Shani warned about a decline in rainfall, exacerbating Israel's water crisis. "The drop in water supply derives from atmospheric contamination, which affects cloud composition and causes a drop in rainfall levels. Every year we record less water entering

text: Lake Kinneret

text: in the winter. Another factor in the drop in water supply is contamination of the coastal aquifer, which reduces the amount of water that can be pumped out."

answers: NDQ_001768

answers: drop in water supply

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: drop in rainfall levels

answers: NDQ_001771

answers: Lake Kinneret

answers: NDQ_001772

answers: Israel

answers: NDQ_001773

answers: Which of the following is not a factor in the drop in water supply: atmospheric contamination, contamination of the coastal aquifer, or atmospheric contamination?

answers: NDQ_001774

answers: drops in rainfall levels

answers: NDQ_001775

answers: a decline in rainfall levels

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: rainfall levels

answers: NDQ_001778

answers: atmospheric contamination

answers: NDQ_001781

answers: drops in rainfall levels

answers: NDQ_001782

answers: What does the drop in water supply derive from?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a factor in the drop in water supply: atmospheric contamination, which affects cloud composition and causes a drop in rainfall levels

answers: NDQ_001788

answers: What may be the reason for the drop in water supply?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Lake Kinneret

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: aquifer

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What does the drop in water supply derive from?

answers: NDQ_001797

answers: Which of the following is not a reason for the drop in water supply: atmospheric contamination, contamination of the coastal aquifer, or contamination of the coastal aquifer?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water crisis

answers: NDQ_001801

answers: July 2007

answers: NDQ_001802

answers: atmospheric contamination

answers: NDQ_001803

answers: pumped out

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: water supply

answers: NDQ_001768

answers: rainfall,

answers: NDQ_001769

answers: water crisis.

answers: NDQ_001770

answers: contamination of the coastal aquifer,

answers: NDQ_001771

answers: Lake Kinneret

answers: NDQ_001772

answers: Israel's

answers: NDQ_001773

answers: atmospheric contamination,

answers: NDQ_001774

answers: contamination of the coastal aquifer,

answers: NDQ_001775

answers: pumped out."

answers: NDQ_001776

answers: atmospheric contamination,

answers: NDQ_001777

answers: atmospheric contamination,

answers: NDQ_001778

answers: atmospheric contamination,

answers: NDQ_001781

answers: contamination of the coastal aquifer,

answers: NDQ_001782

answers: atmospheric contamination,

answers: NDQ_001785

answers: water crisis. "The drop in water supply derives from atmospheric contamination,

answers: NDQ_001787

answers: contamination of the coastal aquifer,

answers: NDQ_001788

answers: contamination of the coastal aquifer,

answers: NDQ_001789

answers: pumped out."

answers: NDQ_001790

answers: contamination,

answers: NDQ_001791

answers: atmospheric contamination,

answers: NDQ_001792

answers: Lake Kinneret

answers: NDQ_001793

answers: atmospheric contamination,

answers: NDQ_001794

answers: aquifer,

answers: NDQ_001795

answers: 2007

answers: NDQ_001796

answers: atmospheric contamination,

answers: NDQ_001797

answers: atmospheric contamination,

answers: NDQ_001798

answers: less water entering Lake Kinneret

answers: NDQ_001799

answers: pumped out."

answers: NDQ_001800

answers: water crisis.

answers: NDQ_001801

answers: exacerbating Israel's water crisis.

answers: NDQ_001802

answers: atmospheric contamination,

answers: NDQ_001803

answers: pumped out."

answers: NDQ_001804

answers: pumped out."

answers: NDQ_001805

answers: pumped out."

text: An unusually extreme case of poor water quality has been The Walkerton Tragedy, a series of events that accompanied the contamination of the water supply of Walkerton, Ontario, by E. coli bacteria in 2000. In 2001 a similar outbreak in North Battleford, Saskatchewan caused by the protozoan Cryptosporidium affected at least 5,800 people.

text: An unusually extreme case of poor water quality has been The

text: Walkerton Tragedy

text: , a series of events that accompanied the contamination of the water supply of

text: Walkerton, Ontario

text: , by

text: E. coli

text: bacteria in 2000. In 2001 a similar outbreak in

text: North Battleford

text: , Saskatchewan caused by the protozoan

text: Cryptosporidium

text: affected at least 5,800 people.

answers: NDQ_001768

answers: untreated water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: E. coli

answers: NDQ_001771

answers: E. coli

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: What was the cause of the Walkerton Tragedy?

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: E. coli

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: contamination of the water supply

answers: NDQ_001781

answers: contamination of the water supply

answers: NDQ_001782

answers: Which of the following is not a form of life: E. coli bacteria or Cryptosporidium?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which happened first, the Walkerton Tragedy or Cryptosporidium?

answers: NDQ_001788

answers: What was the Walkerton Tragedy?

answers: NDQ_001789

answers: What is the Walkerton Tragedy?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What was the Walkerton Tragedy?

answers: NDQ_001797

answers: Which happened first, The Walkerton Tragedy or North Battleford, Saskatchewan?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: not enough information

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: An unusually extreme case

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: not enough information

answers: NDQ_001768

answers: poor water quality

answers: NDQ_001769

answers: water supply

answers: NDQ_001770

answers: poor water quality

answers: NDQ_001771

answers: The Walkerton Tragedy,

answers: NDQ_001772

answers: Ontario,

answers: NDQ_001773

answers: Cryptosporidium

answers: NDQ_001774

answers: poor water quality

answers: NDQ_001775

answers: E. coli bacteria

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: poor water quality

answers: NDQ_001778

answers: poor water quality

answers: NDQ_001781

answers: poor water quality

answers: NDQ_001782

answers: protozoan Cryptosporidium

answers: NDQ_001785

answers: water quality has been The Walkerton Tragedy,

answers: NDQ_001787

answers: Cryptosporidium

answers: NDQ_001788

answers: An unusually extreme case of poor water quality

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: Walkerton Tragedy,

answers: NDQ_001791

answers: Walkerton Tragedy,

answers: NDQ_001792

answers: An unusually extreme case of poor water quality

answers: NDQ_001793

answers: An unusually extreme case of poor water quality

answers: NDQ_001794

answers: water quality has been The Walkerton Tragedy,

answers: NDQ_001795

answers: Cryptosporidium

answers: NDQ_001796

answers: E. coli bacteria

answers: NDQ_001797

answers: An unusually extreme case of poor water quality

answers: NDQ_001798

answers: The Walkerton Tragedy,

answers: NDQ_001799

answers: E. coli bacteria

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: The Walkerton Tragedy,

answers: NDQ_001802

answers: unusually extreme

answers: NDQ_001803

answers: water

answers: NDQ_001804

answers: Cryptosporidium

answers: NDQ_001805

answers: The Walkerton Tragedy,

text: The effects of droughts and water shortages can be divided into three groups: environmental, economic and social consequences. In the case of environmental effects: lower surface and subterranean water levels, lower flow levels (with a decrease below the minimum leading to direct danger for amphibian life), increased pollution of surface water, the drying out of wetlands, more and larger fires, higher deflation intensity, losing biodiversity, worse health of trees and the appearance of pests and den droid diseases. Economic losses include lower agricultural, forest, game and fishing output, higher food production costs, lower energy production levels in hydro plants, losses caused by depleted water tourism and transport revenue, problems with water supply for the energy sector and technological processes in metallurgy, mining, the chemical, paper, wood, foodstuff industries etc., disruption of water supplies for municipal economies. Meanwhile, social costs include the negative effect on the health of people directly exposed to this phenomenon (excessive heat waves), possible limitation of water supplies and its increased pollution levels, high food costs, stress caused by failed harvests, etc. This is why droughts and fresh water shortages may be considered as a factor which increases the gap between developed and developing countries.

text: The effects of droughts and water shortages can be divided into three groups: environmental, economic and social consequences. In the case of environmental effects: lower surface and subterranean water levels, lower flow levels (with a decrease below the minimum leading to direct danger for amphibian life), increased pollution of surface water, the drying out of wetlands, more and larger fires, higher deflation intensity, losing biodiversity, worse health of trees and the appearance of pests and den droid diseases. Economic losses include lower agricultural, forest, game and fishing output, higher food production costs, lower energy production levels in hydro plants, losses caused by depleted water tourism and transport revenue, problems with water supply for the energy sector and technological processes in metallurgy, mining, the chemical, paper, wood, foodstuff industries etc., disruption of water supplies for municipal economies. Meanwhile, social costs include the negative effect on the health of people directly exposed to this phenomenon (excessive heat waves), possible limitation of water supplies and its increased pollution levels, high food costs, stress caused by failed harvests, etc. This is why droughts and fresh water shortages may be considered as a factor which increases the gap between developed and developing countries.

answers: NDQ_001768

answers: higher food production costs

answers: NDQ_001769

answers: municipal economies

answers: NDQ_001770

answers: higher deflation intensity

answers: NDQ_001771

answers: tourism

answers: NDQ_001772

answers: hydro plants

answers: NDQ_001773

answers: Which of the following industries is not affected by droughts and water shortages: agricultural, forest, game and fishing?

answers: NDQ_001774

answers: depleted water tourism and transport revenue

answers: NDQ_001775

answers: technological processes

answers: NDQ_001776

answers: den droid diseases

answers: NDQ_001777

answers: droughts

answers: NDQ_001778

answers: increased pollution of surface water

answers: NDQ_001781

answers: higher food production costs

answers: NDQ_001782

answers: Which of the following is not a form of life: amphibian life, economic losses or social costs?

answers: NDQ_001785

answers: How can we live longer without water than we can without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: higher food production costs

answers: NDQ_001789

answers: lower energy production levels in hydro plants

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What can be considered as a factor which increases the gap between developed and developing countries

answers: NDQ_001793

answers: developed countries

answers: NDQ_001794

answers: subterranean

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: higher deflation intensity

answers: NDQ_001797

answers: Which of the following is not an economic loss: lower agricultural, forest, game and fishing output, higher food production costs, lower energy production levels in hydro plants, losses caused by depleted water tourism and transport revenue, problems with water supply for the energy sector

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: droughts and water shortages

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: increased pollution of surface water

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: subterranean

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: developed and developing countries.

answers: NDQ_001769

answers: municipal economies.

answers: NDQ_001770

answers: pollution of surface water,

answers: NDQ_001771

answers: tourism

answers: NDQ_001772

answers: agricultural, forest, game and fishing

answers: NDQ_001773

answers: Economic losses

answers: NDQ_001774

answers: depleted water tourism and transport revenue,

answers: NDQ_001775

answers: technological processes

answers: NDQ_001776

answers: droughts and water shortages

answers: NDQ_001777

answers: developed and developing countries.

answers: NDQ_001778

answers: more and larger fires,

answers: NDQ_001781

answers: pollution of surface water,

answers: NDQ_001782

answers: amphibian life),

answers: NDQ_001785

answers: food production costs,

answers: NDQ_001787

answers: increased pollution of surface water,

answers: NDQ_001788

answers: higher food production costs, lower energy production levels in hydro plants,

answers: NDQ_001789

answers: hydro plants,

answers: NDQ_001790

answers: The effects of droughts and water shortages

answers: NDQ_001791

answers: wetlands,

answers: NDQ_001792

answers: wetlands,

answers: NDQ_001793

answers: developed and developing countries.

answers: NDQ_001794

answers: subterranean water levels,

answers: NDQ_001795

answers: developed and developing countries.

answers: NDQ_001796

answers: pests and den droid diseases.

answers: NDQ_001797

answers: environmental, economic and social consequences.

answers: NDQ_001798

answers: higher food production costs, lower energy production levels in hydro plants,

answers: NDQ_001799

answers: lower flow levels

answers: NDQ_001800

answers: droughts and water shortages

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: increased pollution of surface water,

answers: NDQ_001803

answers: hydro plants,

answers: NDQ_001804

answers: subterranean water levels,

answers: NDQ_001805

answers: agricultural, forest, game and fishing

text: Dry periods pronounced water quality problems in both Enoggera Dam and Gold Creek Dam built after the Enoggera reservoir was completed.  The Mount Crosby Weir and pumping station alleviated some concerns but flooding of the Brisbane River was problematic. It was not until 1912 that water from Enoggera Dam was filtered.

text: Dry periods pronounced water quality problems in both Enoggera Dam and

text: Gold Creek Dam

text: built after the Enoggera reservoir was completed.  The

text: Mount Crosby Weir

text: and pumping station alleviated some concerns but flooding of the Brisbane River was problematic. It was not until 1912 that water from Enoggera Dam was filtered.

answers: NDQ_001768

answers: less water

answers: NDQ_001769

answers: What is the purpose of Enoggera Dam?

answers: NDQ_001770

answers: Water quality problems

answers: NDQ_001771

answers: Gold Creek Dam was built after the Enoggera reservoir

answers: NDQ_001772

answers: Australia

answers: NDQ_001773

answers: Which of the following is not a concern of the Mount Crosby Weir and pumping station?

answers: NDQ_001774

answers: Dry periods

answers: NDQ_001775

answers: filtration

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: Enoggera Dam

answers: NDQ_001778

answers: building dams

answers: NDQ_001781

answers: was not filtered

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a concern: Dry periods pronounced water quality problems in both Enoggera Dam and Gold Creek Dam?

answers: NDQ_001788

answers: What may be the reason for the water quality problems in Enoggera Dam?

answers: NDQ_001789

answers: What is the purpose of the pumping station?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or dams?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a concern of the Mount Crosby Weir?

answers: NDQ_001797

answers: What is the most likely reason for the water quality problems?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Why was water from Enoggera Dam filtered?

answers: NDQ_001800

answers: water quality problems

answers: NDQ_001801

answers: Dry periods

answers: NDQ_001802

answers: pronounced water quality problems

answers: NDQ_001803

answers: pumping station

answers: NDQ_001804

answers: Enoggera Dam

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water quality problems in both Enoggera Dam and Gold Creek Dam

answers: NDQ_001769

answers: pumping station

answers: NDQ_001770

answers: flooding of the Brisbane River

answers: NDQ_001771

answers: The Mount Crosby Weir and pumping station

answers: NDQ_001772

answers: Brisbane River

answers: NDQ_001773

answers: Dry periods

answers: NDQ_001774

answers: Dry periods

answers: NDQ_001775

answers: pumping station

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: Dry periods

answers: NDQ_001778

answers: flooding

answers: NDQ_001781

answers: Dry periods pronounced water quality problems

answers: NDQ_001782

answers: Dry periods pronounced water quality problems in both Enoggera Dam

answers: NDQ_001785

answers: Dry periods pronounced water quality problems in both Enoggera Dam

answers: NDQ_001787

answers: Dry periods pronounced water quality problems

answers: NDQ_001788

answers: Dry periods pronounced water quality problems

answers: NDQ_001789

answers: pumping station

answers: NDQ_001790

answers: Dry periods pronounced water quality problems in both Enoggera Dam

answers: NDQ_001791

answers: 1912

answers: NDQ_001792

answers: Dry periods pronounced water quality problems in both Enoggera Dam

answers: NDQ_001793

answers: 1912

answers: NDQ_001794

answers: The Mount Crosby Weir

answers: NDQ_001795

answers: 1912

answers: NDQ_001796

answers: Dry periods pronounced water quality problems

answers: NDQ_001797

answers: Dry periods pronounced water quality problems

answers: NDQ_001798

answers: 1912

answers: NDQ_001799

answers: pumping station

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: Dry periods

answers: NDQ_001802

answers: pronounced water quality problems

answers: NDQ_001803

answers: pumping station

answers: NDQ_001804

answers: Mount Crosby Weir

answers: NDQ_001805

answers: pumping station

text: The state-owned National Water Company (Mekorot) is responsible for bulk water supply through the National Water Carrier, transferring water from the Sea of Galilee and other sources mainly to the coastal plain. Mekorot supplies 1.5 billion cubic meters of water in an average year, 70% of Israel's entire  water supply and 80% of its drinking water. It supplies water to about 4,800 intermediary water providers, including municipalities, regional associations, agricultural settlements and industrial consumers. It also operates 31 desalination plants treating nearly a million cubic meters of seawater and brackish water every day. The company's eight wastewater treatment plants, including the Dan Regional Wastewater Treatment Plant, treat 40% of all Israel's wastewater. Its nine reclamation plants enable 70% of the treated effluent to be reused for agriculture. In 2007 the structure of Mekorot has been changed. The parent company, "Mekorot Water", continues to produce, transport and supply water. One of its subsidiaries, "Mekorot Ventures and Development", concentrates, among other things, on the desalination of seawater, wastewater treatment, projects for the municipal sector and projects abroad. Another subsidiary focuses on building and maintaining water infrastructures, primarily for the parent company. Mekorot also serves in some cases also as a Regional Water Authority. A Regional Water Authority does not have to be owned or controlled by the Government and may be owned either privately or by municipalities.

text: The state-owned National Water Company (Mekorot) is responsible for bulk water supply through the

text: National Water Carrier

answers: NDQ_001768

answers: 80% of its drinking water

answers: NDQ_001769

answers: Municipal use of water refers to water that is used

answers: NDQ_001770

answers: How many million cubic meters of seawater and brackish water does Mekorot treat every day?

answers: NDQ_001771

answers: How many percent of Israel's drinking water does Mekorot supply?

answers: NDQ_001772

answers: How many billion cubic meters of water does Mekorot supply?

answers: NDQ_001773

answers: Which of the following is not a type of wastewater treatment plant: Dan Regional Wastewater Treatment Plant, Mekorot Water or Mekorot Water?

answers: NDQ_001774

answers: treated effluent is reused for agriculture

answers: NDQ_001775

answers: How many percent of the treated effluent is reused for agriculture?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: 70% of Israel's entire water supply

answers: NDQ_001778

answers: agricultural settlements

answers: NDQ_001781

answers: treated effluent is reused for agriculture

answers: NDQ_001782

answers: Which of the following is not a type of life: agricultural settlements or industrial consumers?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How much of the treated effluent can be reused for agriculture?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: How many percent of the Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or seawater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of fresh water: seawater and brackish water

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many percent of Israel's entire water supply does Mekorot supply?

answers: NDQ_001797

answers: How many percent of Israel's entire water supply and 80% of its drinking water does Mekorot supply?

answers: NDQ_001798

answers: How many billion cubic meters of water does Mekorot supply in an average year?

answers: NDQ_001799

answers: What is safe to drink if it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: in an average year

answers: NDQ_001802

answers: 40% of all Israel's wastewater

answers: NDQ_001803

answers: reclamation plants

answers: NDQ_001804

answers: National Water Carrier

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: Regional Water Authority.

answers: NDQ_001769

answers: municipalities,

answers: NDQ_001770

answers: agriculture.

answers: NDQ_001771

answers: 80% of its drinking water.

answers: NDQ_001772

answers: municipalities, regional associations, agricultural settlements and industrial consumers.

answers: NDQ_001773

answers: 70% of the treated effluent

answers: NDQ_001774

answers: 80% of its drinking water.

answers: NDQ_001775

answers: industrial consumers.

answers: NDQ_001776

answers: water supply through the National Water Carrier,

answers: NDQ_001777

answers: Sea of Galilee and other sources

answers: NDQ_001778

answers: agricultural settlements and industrial consumers.

answers: NDQ_001781

answers: 70% of the treated effluent

answers: NDQ_001782

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001785

answers: 80% of its drinking water.

answers: NDQ_001787

answers: 70% of the treated effluent

answers: NDQ_001788

answers: 70% of the treated effluent to be reused for agriculture.

answers: NDQ_001789

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001790

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001791

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001792

answers: the Sea of Galilee

answers: NDQ_001793

answers: 80% of its drinking water.

answers: NDQ_001794

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001795

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001796

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001797

answers: 80% of its drinking water.

answers: NDQ_001798

answers: 70% of Israel's entire water supply and 80% of its drinking water.

answers: NDQ_001799

answers: transferring water

answers: NDQ_001800

answers: water supply through the National Water Carrier,

answers: NDQ_001801

answers: 2007

answers: NDQ_001802

answers: 40%

answers: NDQ_001803

answers: reclamation plants

answers: NDQ_001804

answers: National Water Carrier,

answers: NDQ_001805

answers: 80% of its drinking water.

text: Approximately 16 percent of the population of the MRSP is poor. The vast majority of the almost two million residents in the Guarapiranga and Billings river basins are poor. They illegally occupied these areas given their proximity to the city center, notably the industrial and commercial areas along the banks of the Pinheiros River that joins the Tietê river in São Paulo. This expansion of the population to the basins around the reservoirs has occurred for several decades, and various attempts to regulate urban expansion to protect water sources have been unsuccessful. To protect strategic sources for urban water supply, the state headwater protection law, passed in the 1970s, prohibited high-density residential occupation in 53% of the MRSP. The law was not enforced effectively. Industries were prohibited from the protected areas because they were not able to obtain commercial and industrial permits; however, since the informal economy could circumvent the law, and these forms of expansion were the hardest to monitor and regulate, the poor moved into these areas. Uncontrolled and disorderly occupation in the Guarapiranga and Billings reservoirs took place without adequate water and sanitation services in precisely those areas where water source protection was the most important. The informal settlements and slums have become part of the urban landscape and they cause direct pollution of the reservoirs through wastewater and garbage discharge and storm water run-off and silting, thus threatening their future as water bodies for potable supplies and other uses.

text: Approximately 16 percent of the population of the MRSP is poor. The vast majority of the almost two million residents in the

text: Guarapiranga

text: and

text: Billings

text: river basins are poor. They illegally occupied these areas given their proximity to the city center, notably the industrial and commercial areas along the banks of the

text: Pinheiros River

text: that joins the Tietê river in São Paulo. This expansion of the population to the basins around the reservoirs has occurred for several decades, and various attempts to regulate urban expansion to protect water sources have been unsuccessful. To protect strategic sources for urban water supply, the state headwater protection law, passed in the 1970s, prohibited high-density residential occupation in 53% of the MRSP. The law was not enforced effectively. Industries were prohibited from the protected areas because they were not able to obtain commercial and industrial permits; however, since the informal economy could circumvent the law, and these forms of expansion were the hardest to monitor and regulate, the poor moved into these areas. Uncontrolled and disorderly occupation in the

text: Guarapiranga

text: and

text: Billings

text: reservoirs took place without adequate water and sanitation services in precisely those areas where water source protection was the most important. The informal settlements and slums have become part of the urban landscape and they cause direct pollution of the reservoirs through wastewater and garbage discharge and storm water run-off and silting, thus threatening their future as water bodies for potable supplies and other uses.

answers: NDQ_001768

answers: potable supplies and other uses

answers: NDQ_001769

answers: potable supplies

answers: NDQ_001770

answers: pollution of the reservoirs

answers: NDQ_001771

answers: potable supplies and other uses

answers: NDQ_001772

answers: urban populations

answers: NDQ_001773

answers: Which of the following is not a source of direct pollution of the reservoirs: wastewater, garbage discharge, or storm water run-off?

answers: NDQ_001774

answers: wastewater and garbage discharge

answers: NDQ_001775

answers: potable supplies and other uses

answers: NDQ_001776

answers: sanitation services

answers: NDQ_001777

answers: urban expansion

answers: NDQ_001778

answers: illegally occupied these areas

answers: NDQ_001781

answers: illegally occupied

answers: NDQ_001782

answers: Which of the following is not a form of expansion: industrial and commercial areas?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: Which of the following is not a cause of direct pollution of the reservoirs through wastewater and garbage discharge?

answers: NDQ_001788

answers: Which of the following is not a cause of direct pollution of the reservoirs through wastewater and garbage discharge?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many percent of the population of the MRSP is poor?

answers: NDQ_001797

answers: How many percent of the population of the MRSP is poor?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a type of water: Guarapiranga and Billings?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: in the 1970s

answers: NDQ_001802

answers: threatening their future as water bodies for potable supplies and other uses

answers: NDQ_001803

answers: potable supplies

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: potable supplies

answers: NDQ_001768

answers: potable supplies

answers: NDQ_001769

answers: potable supplies

answers: NDQ_001770

answers: direct pollution of the reservoirs

answers: NDQ_001771

answers: potable supplies

answers: NDQ_001772

answers: poor.

answers: NDQ_001773

answers: permits;

answers: NDQ_001774

answers: wastewater and garbage discharge and storm water run-off and silting,

answers: NDQ_001775

answers: potable supplies

answers: NDQ_001776

answers: wastewater and garbage discharge and storm water run-off

answers: NDQ_001777

answers: urban expansion to protect water sources

answers: NDQ_001778

answers: informal settlements and slums

answers: NDQ_001781

answers: informal settlements and slums

answers: NDQ_001782

answers: water sources have been unsuccessful. To protect strategic sources for urban water supply,

answers: NDQ_001785

answers: Approximately 16 percent of the population of the MRSP

answers: NDQ_001787

answers: wastewater and garbage discharge and storm water run-off

answers: NDQ_001788

answers: wastewater and garbage discharge and storm water run-off and silting,

answers: NDQ_001789

answers: water bodies for potable supplies

answers: NDQ_001790

answers: Approximately 16 percent of the population of the MRSP

answers: NDQ_001791

answers: Approximately 16 percent of the population of the MRSP is poor.

answers: NDQ_001792

answers: urban water supply,

answers: NDQ_001793

answers: Approximately 16 percent of the population of the MRSP

answers: NDQ_001794

answers: Approximately 16 percent of the population of the MRSP is poor.

answers: NDQ_001795

answers: 16 percent of the population of the MRSP is poor.

answers: NDQ_001796

answers: Approximately 16 percent of the population of the MRSP

answers: NDQ_001797

answers: potable supplies

answers: NDQ_001798

answers: the state headwater protection law, passed in the 1970s,

answers: NDQ_001799

answers: potable supplies

answers: NDQ_001800

answers: water sources

answers: NDQ_001801

answers: Approximately 16 percent of the population of the MRSP

answers: NDQ_001802

answers: direct pollution of the reservoirs

answers: NDQ_001803

answers: storm water run-off

answers: NDQ_001804

answers: storm water

answers: NDQ_001805

answers: potable supplies

text: The water industry provides drinking water and wastewater services (including sewage treatment) to households and industry. Water supply facilities include water wells, cisterns for rainwater harvesting, water supply networks, and water purification facilities, water tanks, water towers, water pipes including old aqueducts. Atmospheric water generators are in development.

text: The

text: water industry

text: provides drinking water and

text: wastewater

text: services (including

text: sewage treatment

text: ) to

text: household

text: s and

text: industry

text: Water supply

text: facilities include

text: water well

text: s,

text: cistern

text: s for

text: rainwater harvesting

text: water supply network

text: s, and

text: water purification

text: facilities,

text: water tank

text: s,

text: water tower

text: s,

text: water pipe

text: s including old

text: aqueducts

text: Atmospheric water generator

text: s are in development.

answers: NDQ_001768

answers: cisterns

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: sewage treatment

answers: NDQ_001771

answers: sewage treatment

answers: NDQ_001772

answers: industry

answers: NDQ_001773

answers: What does the water industry manufacture?

answers: NDQ_001774

answers: sewage treatment

answers: NDQ_001775

answers: sewage treatment

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water supply facilities

answers: NDQ_001778

answers: sewage treatment

answers: NDQ_001781

answers: cisterns

answers: NDQ_001782

answers: Which of the following is not a form of life: rainwater harvesting, sewage treatment, or atmospheric water generators?

answers: NDQ_001785

answers: Which of the following is not a source of water: water wells, cisterns for rainwater harvesting, water supply networks, or water tanks?

answers: NDQ_001787

answers: Which of the following is not a water supply facility: water tanks, water towers, or water purification facilities?

answers: NDQ_001788

answers: Which of the following is not a type of water supply facility: water tanks, water towers, or water purification facilities?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rainwater harvesting?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: water wells

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of water supply facility: water tanks, water towers, or water purification facilities?

answers: NDQ_001797

answers: Which of the following is not a type of water supply facility: water wells, cisterns for rainwater harvesting, water supply networks, or water tanks?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a source of drinking water: wells, cisterns for rainwater harvesting, water supply networks, or water tanks?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: cisterns

answers: NDQ_001802

answers: sewage treatment

answers: NDQ_001803

answers: cisterns

answers: NDQ_001804

answers: cisterns

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: Atmospheric water generators

answers: NDQ_001769

answers: drinking water and wastewater services

answers: NDQ_001770

answers: Atmospheric water generators

answers: NDQ_001771

answers: Atmospheric water generators

answers: NDQ_001772

answers: industry.

answers: NDQ_001773

answers: The water industry

answers: NDQ_001774

answers: sewage treatment)

answers: NDQ_001775

answers: sewage treatment)

answers: NDQ_001776

answers: sewage treatment)

answers: NDQ_001777

answers: Water supply facilities

answers: NDQ_001778

answers: households

answers: NDQ_001781

answers: sewage treatment)

answers: NDQ_001782

answers: Atmospheric water generators

answers: NDQ_001785

answers: Atmospheric water generators

answers: NDQ_001787

answers: Water supply facilities include water wells,

answers: NDQ_001788

answers: cisterns for rainwater harvesting,

answers: NDQ_001789

answers: Atmospheric water generators

answers: NDQ_001790

answers: Atmospheric water generators

answers: NDQ_001791

answers: Atmospheric water generators

answers: NDQ_001792

answers: Water supply facilities include water wells,

answers: NDQ_001793

answers: Water supply facilities include water wells,

answers: NDQ_001794

answers: water wells,

answers: NDQ_001795

answers: Atmospheric water generators

answers: NDQ_001796

answers: Atmospheric water generators

answers: NDQ_001797

answers: Atmospheric water generators

answers: NDQ_001798

answers: Atmospheric water generators

answers: NDQ_001799

answers: Atmospheric water generators

answers: NDQ_001800

answers: The water industry provides drinking water

answers: NDQ_001801

answers: rainwater harvesting,

answers: NDQ_001802

answers: sewage treatment)

answers: NDQ_001803

answers: rainwater harvesting,

answers: NDQ_001804

answers: cisterns

answers: NDQ_001805

answers: drinking water

text: As another downstream user of the ACF River Basin, Florida wants and needs enough freshwater to reach the Apalachicola Bay of Northwestern Florida to maintain shrimping and other seafood industries, which provide significant income for the state. These industries are vital to the Apalachicola Bay area and generate millions of dollars for the region, while providing thousands of jobs. Unlike Georgia, where the issue over the use of freshwater is based on supplying a growing human population with potable water, Florida is faced with economic challenges and severe losses if the water from upriver is diminished.

text: As another downstream user of the ACF River Basin, Florida wants and needs enough freshwater to reach the

text: Apalachicola Bay

text: of Northwestern Florida to maintain shrimping and other seafood industries, which provide significant income for the state. These industries are vital to the Apalachicola Bay area and generate millions of dollars for the region, while providing thousands of jobs. Unlike Georgia, where the issue over the use of freshwater is based on supplying a growing human population with potable water, Florida is faced with economic challenges and severe losses if the water from upriver is diminished.

answers: NDQ_001768

answers: potable water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: economic challenges and severe losses

answers: NDQ_001771

answers: fishing and other seafood industries

answers: NDQ_001772

answers: human population

answers: NDQ_001773

answers: Which of the following is not a downstream user of the ACF River Basin, Florida?

answers: NDQ_001774

answers: is diminished

answers: NDQ_001775

answers: jobs

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: Georgia

answers: NDQ_001778

answers: growing human population with potable water

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a form of life: shrimping or seafood industries?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What is the main reason Florida wants and needs enough freshwater?

answers: NDQ_001788

answers: Florida is faced with economic challenges and severe losses

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or upriver?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason Florida wants and needs enough freshwater?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: Florida is faced with economic challenges and severe losses

answers: NDQ_001802

answers: Apalachicola Bay of Northwestern Florida

answers: NDQ_001803

answers: potable water

answers: NDQ_001804

answers: ACF River Basin

answers: NDQ_001805

answers: potable water

answers: NDQ_001768

answers: supplying a growing human population with potable water,

answers: NDQ_001769

answers: shrimping and other seafood industries,

answers: NDQ_001770

answers: economic challenges and severe losses

answers: NDQ_001771

answers: shrimping

answers: NDQ_001772

answers: human population

answers: NDQ_001773

answers: seafood industries,

answers: NDQ_001774

answers: diminished.

answers: NDQ_001775

answers: jobs.

answers: NDQ_001776

answers: water,

answers: NDQ_001777

answers: supplying a growing human population with potable water,

answers: NDQ_001778

answers: supplying a growing human population

answers: NDQ_001781

answers: economic challenges and severe losses if the water from upriver is diminished.

answers: NDQ_001782

answers: supplying a growing human population

answers: NDQ_001785

answers: supplying a growing human population with potable water,

answers: NDQ_001787

answers: Florida

answers: NDQ_001788

answers: Florida

answers: NDQ_001789

answers: supplying a growing human population with potable water,

answers: NDQ_001790

answers: supplying a growing human population with potable water,

answers: NDQ_001791

answers: Florida wants and needs enough freshwater

answers: NDQ_001792

answers: Florida wants and needs enough freshwater

answers: NDQ_001793

answers: potable water,

answers: NDQ_001794

answers: Florida wants and needs enough freshwater

answers: NDQ_001795

answers: supplying a growing human population with potable water,

answers: NDQ_001796

answers: supplying a growing human population with potable water,

answers: NDQ_001797

answers: Georgia,

answers: NDQ_001798

answers: supplying a growing human population with potable water,

answers: NDQ_001799

answers: freshwater

answers: NDQ_001800

answers: supplying a growing human population with potable water,

answers: NDQ_001801

answers: Florida

answers: NDQ_001802

answers: Florida is faced with economic challenges and severe losses

answers: NDQ_001803

answers: potable water,

answers: NDQ_001804

answers: ACF River Basin,

answers: NDQ_001805

answers: supplying a growing human population with potable water,

text: VIL is propgating this twin approach towards sustainable water management which can be replicated for almost all our cities as every city has similar problems like water supply system marred with leakages owing to lack of maintenance, untreated sewage, water shortage and need of water for industrial use that can use treated water.

text: VIL is propgating this twin approach towards sustainable water management which can be replicated for almost all our cities as every city has similar problems like water supply system marred with leakages owing to lack of maintenance, untreated

text: sewage

text: , water shortage and need of water for industrial use that can use treated water.

answers: NDQ_001768

answers: untreated sewage

answers: NDQ_001769

answers: untreated sewage

answers: NDQ_001770

answers: leakages

answers: NDQ_001771

answers: untreated sewage

answers: NDQ_001772

answers: industrial use

answers: NDQ_001773

answers: Which of the following is not a type of industrial use that can use treated water?

answers: NDQ_001774

answers: untreated

answers: NDQ_001775

answers: treating

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: lack of maintenance

answers: NDQ_001778

answers: untreated sewage

answers: NDQ_001781

answers: lacks maintenance

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: None of the above choices.

answers: NDQ_001788

answers: untreated sewage

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: untreated sewage

answers: NDQ_001797

answers: None of the above choices.

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: owing to lack of maintenance

answers: NDQ_001802

answers: untreated sewage

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: sewage

answers: NDQ_001805

answers: industrial use

answers: NDQ_001768

answers: industrial use that can use treated water.

answers: NDQ_001769

answers: industrial use

answers: NDQ_001770

answers: leakages

answers: NDQ_001771

answers: industrial use that can use treated water.

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: industrial use

answers: NDQ_001774

answers: untreated sewage,

answers: NDQ_001775

answers: treated water.

answers: NDQ_001776

answers: untreated sewage,

answers: NDQ_001777

answers: lack of maintenance,

answers: NDQ_001778

answers: untreated sewage,

answers: NDQ_001781

answers: untreated sewage,

answers: NDQ_001782

answers: VIL is propgating this twin approach towards sustainable water management

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: untreated sewage,

answers: NDQ_001788

answers: industrial use that can use treated water.

answers: NDQ_001789

answers: treated water.

answers: NDQ_001790

answers: VIL is propgating this twin approach towards sustainable water management

answers: NDQ_001791

answers: VIL is propgating this twin approach towards sustainable water management

answers: NDQ_001792

answers: VIL is propgating this twin approach towards sustainable water management

answers: NDQ_001793

answers: almost all our cities

answers: NDQ_001794

answers: VIL is propgating this twin approach towards sustainable water management

answers: NDQ_001795

answers: water shortage and need of water for industrial use that can use treated water.

answers: NDQ_001796

answers: untreated sewage,

answers: NDQ_001797

answers: industrial use that can use treated water.

answers: NDQ_001798

answers: VIL is propgating this twin approach towards sustainable water management

answers: NDQ_001799

answers: treated water.

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: water shortage

answers: NDQ_001802

answers: untreated sewage,

answers: NDQ_001803

answers: treated water.

answers: NDQ_001804

answers: water supply system

answers: NDQ_001805

answers: industrial use

text: While it is evident that water use affects environmental degradation and economic growth, it is also sparking innovation regarding new irrigation methods. In 2006, the USDA predicted that if the agricultural sector improved water efficiency by just 10 percent farms could annually save upwards of $200 million per year. Many of the practices which cut water use are cost effective. Farmers who use straw, compost, or mulch around their crops will reduce evaporation by about 75 percent. This would also reduce the number of weeds and save a farmer from using herbicides. Mulches or ground covers also allow the soils to absorb more water by reducing compaction. The use of white or pale gravel is also practiced, as it reduces evaporation and keeps soil temperatures low by reflecting sunlight.

text: While it is evident that water use affects

text: environmental degradation

text: and economic growth, it is also sparking innovation regarding new

text: irrigation methods

text: . In 2006, the

text: USDA

text: predicted that if the agricultural sector improved water efficiency by just 10 percent farms could annually save upwards of $200 million per year. Many of the practices which cut water use are cost effective. Farmers who use straw,

text: compost

text: , or mulch around their crops will reduce

text: evaporation

text: by about 75 percent. This would also reduce the number of weeds and save a farmer from using

text: herbicides

text: . Mulches or ground covers also allow the soils to absorb more water by reducing

text: compaction

text: . The use of white or pale gravel is also practiced, as it reduces evaporation and keeps soil temperatures low by reflecting sunlight.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: agricultural purposes

answers: NDQ_001770

answers: environmental degradation

answers: NDQ_001771

answers: Which of the following is not a type of water use: irrigation, mulch, or gravel?

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: Which of the following is not used to reduce evaporation: straw, compost, or mulch?

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: reducing compaction

answers: NDQ_001776

answers: water use

answers: NDQ_001777

answers: water use

answers: NDQ_001778

answers: water use

answers: NDQ_001781

answers: evaporation

answers: NDQ_001782

answers: Which of the following is not a benefit of using straw, compost, or mulch around crops?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a reason to use straw, compost, or mulch around their crops?

answers: NDQ_001788

answers: Which of the following is not a reason to use straw, compost, or mulch around their crops?

answers: NDQ_001789

answers: Which of the following is not a type of water used to generate electricity?

answers: NDQ_001790

answers: Which of the following is not a practice which cut water use?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: Which of the following is not a type of ground cover?

answers: NDQ_001795

answers: Which of the following is not a practice which cut water use?

answers: NDQ_001796

answers: Which of the following is not a practice which cut water use are cost effective?

answers: NDQ_001797

answers: Which of the following is not a benefit of using straw, compost, or mulch around crops?

answers: NDQ_001798

answers: Which of the following is not a benefit of conservation?

answers: NDQ_001799

answers: Which of the following is not a reason to use straw, compost, or mulch around your crops?

answers: NDQ_001800

answers: water use

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: environmental degradation

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: septic tank

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: herbicides.

answers: NDQ_001769

answers: irrigation

answers: NDQ_001770

answers: environmental degradation and economic growth,

answers: NDQ_001771

answers: irrigation methods.

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: herbicides.

answers: NDQ_001774

answers: evaporation

answers: NDQ_001775

answers: new irrigation methods.

answers: NDQ_001776

answers: herbicides.

answers: NDQ_001777

answers: water use

answers: NDQ_001778

answers: water use

answers: NDQ_001781

answers: evaporation

answers: NDQ_001782

answers: water use affects environmental degradation and economic growth,

answers: NDQ_001785

answers: 75 percent.

answers: NDQ_001787

answers: herbicides.

answers: NDQ_001788

answers: evaporation by about 75 percent.

answers: NDQ_001789

answers: irrigation methods.

answers: NDQ_001790

answers: 75 percent.

answers: NDQ_001791

answers: 75 percent.

answers: NDQ_001792

answers: Mulches or ground covers also allow the soils to absorb more water

answers: NDQ_001793

answers: 75 percent.

answers: NDQ_001794

answers: Mulches or ground covers also allow the soils to absorb more water

answers: NDQ_001795

answers: 75 percent.

answers: NDQ_001796

answers: water use affects environmental degradation and economic growth,

answers: NDQ_001797

answers: 75 percent.

answers: NDQ_001798

answers: 75 percent.

answers: NDQ_001799

answers: evaporation

answers: NDQ_001800

answers: water use

answers: NDQ_001801

answers: water use affects environmental degradation and economic growth,

answers: NDQ_001802

answers: environmental degradation

answers: NDQ_001803

answers: Mulches or ground covers

answers: NDQ_001804

answers: irrigation methods.

answers: NDQ_001805

answers: agricultural

text: Water, however, is not a finite resource, but rather re-circulated as potable water in precipitation in quantities many degrees of magnitude higher than human consumption. Therefore, it is the relatively small quantity of water in reserve in the earth (about 1% of our drinking water supply, which is replenished in aquifers around every 1 to 10 years), that is a non-renewable resource, and it is, rather, the distribution of potable and irrigation water which is scarce, rather than the actual amount of it that exists on the earth. Water-poor countries use importation of goods as the primary method of importing water (to leave enough for local human consumption), since the manufacturing process uses around 10 to 100 times products' masses in water.

text: Water, however, is not a finite resource, but rather re-circulated as potable water in precipitation in quantities many degrees of magnitude higher than human consumption. Therefore, it is the relatively small quantity of water in reserve in the earth (about 1% of our drinking

text: water supply

text: , which is replenished in aquifers around every 1 to 10 years), that is a

text: non-renewable resource

text: , and it is, rather, the distribution of potable and irrigation water which is scarce, rather than the actual amount of it that exists on the earth. Water-poor countries use importation of goods as the primary method of importing water (to leave enough for local human consumption), since the manufacturing process uses around 10 to 100 times products' masses in water.

answers: NDQ_001768

answers: Water-poor countries use importation of goods

answers: NDQ_001769

answers: potable and irrigation water which is scarce

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: potable water in precipitation

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: are non-renewable resources

answers: NDQ_001774

answers: is not a finite resource

answers: NDQ_001775

answers: 10 to 100 times products' masses in water

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: water-poor countries

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: scarce

answers: NDQ_001782

answers: Why is water a non-renewable resource?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the non-renewable resource?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a non-renewable resource?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How many degrees of magnitude higher is potable water in precipitation than human consumption

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: Water-poor

answers: NDQ_001801

answers: 1 to 10 years

answers: NDQ_001802

answers: it is the relatively small quantity of water in reserve in the earth

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: importation of goods

answers: NDQ_001769

answers: irrigation

answers: NDQ_001770

answers: scarce,

answers: NDQ_001771

answers: irrigation water

answers: NDQ_001772

answers: human consumption.

answers: NDQ_001773

answers: irrigation water

answers: NDQ_001774

answers: Water-poor countries

answers: NDQ_001775

answers: manufacturing process uses around 10 to 100 times products' masses in water.

answers: NDQ_001776

answers: Water,

answers: NDQ_001777

answers: Water-poor countries

answers: NDQ_001778

answers: human consumption.

answers: NDQ_001781

answers: scarce,

answers: NDQ_001782

answers: human consumption.

answers: NDQ_001785

answers: Water,

answers: NDQ_001787

answers: irrigation water

answers: NDQ_001788

answers: irrigation water

answers: NDQ_001789

answers: 10 to 100 times products' masses in water.

answers: NDQ_001790

answers: Water-poor countries

answers: NDQ_001791

answers: Water, however, is not a finite resource,

answers: NDQ_001792

answers: Water, however, is not a finite resource,

answers: NDQ_001793

answers: 1% of our drinking water supply,

answers: NDQ_001794

answers: aquifers

answers: NDQ_001795

answers: Water-poor countries

answers: NDQ_001796

answers: Water-poor countries use importation of goods

answers: NDQ_001797

answers: Water-poor countries use importation of goods

answers: NDQ_001798

answers: Water-poor countries use importation of goods

answers: NDQ_001799

answers: re-circulated as potable water in precipitation

answers: NDQ_001800

answers: Water,

answers: NDQ_001801

answers: Water-poor countries

answers: NDQ_001802

answers: many degrees of magnitude higher than human consumption.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: human consumption.

text: This dam also supply large part of drinking water to Nagpur city. Koradi and Khaparkheda power plant also getting water from  the dam and hence lot of time farmer face water shortage for irrigation in those year when rain fall is low.

text: This dam also supply large part of drinking water to

text: Nagpur

text: city. Koradi and Khaparkheda power plant also getting water from  the dam and hence lot of time farmer face water shortage for irrigation in those year when rain fall is low.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water shortage

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: farmers

answers: NDQ_001773

answers: What is the main source of income for the farmers?

answers: NDQ_001774

answers: is too much

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: a dam

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: is not enough

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: What can we do without water?

answers: NDQ_001787

answers: None of the above choices .

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices .

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a cause of waterborne diseases?

answers: NDQ_001797

answers: None of the above choices .

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: is connected to a dam

answers: NDQ_001805

answers: power plant

answers: NDQ_001768

answers: farmer face water shortage for irrigation

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water shortage

answers: NDQ_001771

answers: This dam also supply large part of drinking water

answers: NDQ_001772

answers: farmer

answers: NDQ_001773

answers: farmer face water shortage for irrigation

answers: NDQ_001774

answers: rain fall is low.

answers: NDQ_001775

answers: power plant

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rain fall is low.

answers: NDQ_001778

answers: farmer face water shortage for irrigation

answers: NDQ_001781

answers: rain fall is low.

answers: NDQ_001782

answers: This dam also supply large part of drinking water

answers: NDQ_001785

answers: This dam also supply large part of drinking water to Nagpur

answers: NDQ_001787

answers: This dam also supply large part of drinking water to Nagpur

answers: NDQ_001788

answers: farmer face water shortage for irrigation

answers: NDQ_001789

answers: Koradi and Khaparkheda power plant

answers: NDQ_001790

answers: lot of time farmer face water shortage

answers: NDQ_001791

answers: This dam also supply large part of drinking water to Nagpur

answers: NDQ_001792

answers: This dam also supply large part of drinking water

answers: NDQ_001793

answers: lot of time farmer face water shortage

answers: NDQ_001794

answers: rain fall is low.

answers: NDQ_001795

answers: This dam also supply large part of drinking water to Nagpur

answers: NDQ_001796

answers: This dam also supply large part of drinking water to Nagpur

answers: NDQ_001797

answers: farmer face water shortage for irrigation in those year when rain fall is low.

answers: NDQ_001798

answers: lot of time farmer face water shortage for irrigation

answers: NDQ_001799

answers: This dam also supply large part of drinking water

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: lot of time farmer face water shortage for irrigation

answers: NDQ_001802

answers: lot of time farmer face water shortage

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: dam also supply large part of drinking water

answers: NDQ_001805

answers: irrigation

text: Argentina is highly dependent on water supplies originating outside its borders, making it highly vulnerable to changes in water supply due to climate change. Droughts are frequent and devastating. Several years of droughts during the last decade have severely affected agricultural production and reduced economic growth. A drought in 2009 was the worst drought in more than 50 years. Many cattle died of hunger, and huge swaths of soy, corn and wheat fields were affected. It was estimated that the country lost more than US$5 billion from the drought. A drought in 2011 affected farming of soy and corn, causing losses of US$2.5 billion.

text: Argentina is highly dependent on water supplies originating outside its borders, making it highly vulnerable to changes in water supply due to climate change. Droughts are frequent and devastating. Several years of droughts during the last decade have severely affected agricultural production and reduced economic growth. A drought in 2009 was the worst drought in more than 50 years. Many cattle died of hunger, and huge swaths of soy, corn and wheat fields were affected. It was estimated that the country lost more than US$5 billion from the drought. A drought in 2011 affected farming of soy and corn, causing losses of US$2.5 billion.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: agricultural production

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: How many years did the drought last?

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: Which of the following is not a type of crop: soy, corn, or wheat?

answers: NDQ_001774

answers: Droughts

answers: NDQ_001775

answers: production of soy

answers: NDQ_001776

answers: lack of sanitation

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: climate change

answers: NDQ_001781

answers: droughts

answers: NDQ_001782

answers: Which of the following is not a form of life: cattle, soy, corn or wheat?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of crop: soy, corn, or wheat?

answers: NDQ_001788

answers: Which of the following is not a type of crop?

answers: NDQ_001789

answers: Which of the following is not a source of water: soy, corn, or wheat?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or droughts?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which happened first, a drought in 2009 or a drought in 2011?

answers: NDQ_001797

answers: Which of the following is not a reason for Argentina's vulnerability to droughts?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: climate change

answers: NDQ_001801

answers: 2009 was the worst drought in more than 50 years

answers: NDQ_001802

answers: highly dependent on water supplies originating outside its borders

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: water supplies originating outside its borders,

answers: NDQ_001769

answers: agricultural

answers: NDQ_001770

answers: Droughts

answers: NDQ_001771

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001772

answers: Argentina

answers: NDQ_001773

answers: soy, corn

answers: NDQ_001774

answers: Droughts

answers: NDQ_001775

answers: agricultural production

answers: NDQ_001776

answers: climate change. Droughts

answers: NDQ_001777

answers: climate change.

answers: NDQ_001778

answers: climate change.

answers: NDQ_001781

answers: Droughts

answers: NDQ_001782

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001785

answers: hunger,

answers: NDQ_001787

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001788

answers: Droughts

answers: NDQ_001789

answers: water supplies originating outside its borders,

answers: NDQ_001790

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001791

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001792

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001793

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001794

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001795

answers: climate change.

answers: NDQ_001796

answers: Droughts

answers: NDQ_001797

answers: Droughts

answers: NDQ_001798

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001799

answers: water supplies originating outside its borders,

answers: NDQ_001800

answers: climate change.

answers: NDQ_001801

answers: A drought in 2009

answers: NDQ_001802

answers: highly vulnerable to changes in water supply due to climate change.

answers: NDQ_001803

answers: water supplies originating outside its borders,

answers: NDQ_001804

answers: Argentina is highly dependent on water supplies originating outside its borders,

answers: NDQ_001805

answers: agricultural production

text: Integrated urban water management in Aracaju, the capital city of the Brazilian State of Sergipe (SSE) has been and still is a challenging prospect. Home to half a million people, Aracaju is located in a tropical coastal zone within a semi-arid state and receives below average rainfall of 1,200 mm/year where average rainfall in Latin America is higher at 1,556 mm/yr. (Source:FAO 2000)  Most of the residents do have access to the potable water supply and non-revenue water losses are nearly 50%.

text: Integrated urban water management

text: in

text: Aracaju

text: , the capital city of the Brazilian State of Sergipe (SSE) has been and still is a challenging prospect. Home to half a million people, Aracaju is located in a tropical coastal zone within a semi-arid state and receives below average rainfall of 1,200 mm/year where average rainfall in Latin America is higher at 1,556 mm/yr. (Source:FAO 2000)  Most of the residents do have access to the potable water supply and

text: non-revenue water

text: losses are nearly 50%.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: potable water supply

answers: NDQ_001770

answers: Non-revenue water losses

answers: NDQ_001771

answers: How many mm/yr of rainfall does Aracaju receive?

answers: NDQ_001772

answers: urban dwellers

answers: NDQ_001773

answers: Which of the following is not a source of non-revenue water losses in Aracaju?

answers: NDQ_001774

answers: non-revenue

answers: NDQ_001775

answers: potable water supply

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: unrevenue water losses

answers: NDQ_001781

answers: non-revenue water losses

answers: NDQ_001782

answers: Which of the following is true of Aracaju?

answers: NDQ_001785

answers: Which of the following is true of Aracaju?

answers: NDQ_001787

answers: Which of the following is not a source of non-revenue water losses?

answers: NDQ_001788

answers: Which of the following is not a source of non-revenue water losses?

answers: NDQ_001789

answers: Which of the following is not a source of water: potable water or non-revenue water losses?

answers: NDQ_001790

answers: Which of the following is not a type of climate: tropical, semi-arid, or arid?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where does most of the fresh water on Earth come from?

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: How many people live in Aracaju?

answers: NDQ_001797

answers: Which of the following is not a climate type: tropical, semi-arid, or tropical?

answers: NDQ_001798

answers: Which of the following is true of Aracaju?

answers: NDQ_001799

answers: Which of the following is true of Aracaju?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: non-revenue water losses are nearly 50%

answers: NDQ_001803

answers: potable water supply

answers: NDQ_001804

answers: Aracaju

answers: NDQ_001805

answers: potable water supply

answers: NDQ_001768

answers: potable water

answers: NDQ_001769

answers: potable

answers: NDQ_001770

answers: non-revenue water losses

answers: NDQ_001771

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001772

answers: non-revenue water losses

answers: NDQ_001773

answers: Integrated urban water management in Aracaju,

answers: NDQ_001774

answers: non-revenue

answers: NDQ_001775

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001776

answers: potable water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: non-revenue water losses

answers: NDQ_001781

answers: non-revenue water losses

answers: NDQ_001782

answers: Integrated urban water management in Aracaju,

answers: NDQ_001785

answers: 50%.

answers: NDQ_001787

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001788

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001789

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001790

answers: 50%.

answers: NDQ_001791

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001792

answers: Integrated urban water management in Aracaju,

answers: NDQ_001793

answers: potable water supply and non-revenue water losses are nearly 50%.

answers: NDQ_001794

answers: 50%.

answers: NDQ_001795

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001796

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001797

answers: tropical coastal zone within a semi-arid

answers: NDQ_001798

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001799

answers: potable water

answers: NDQ_001800

answers: non-revenue water losses

answers: NDQ_001801

answers: 1,200 mm/year

answers: NDQ_001802

answers: non-revenue water losses are nearly 50%.

answers: NDQ_001803

answers: potable water

answers: NDQ_001804

answers: Integrated urban water management in Aracaju,

answers: NDQ_001805

answers: average rainfall in Latin America is higher at 1,556 mm/yr.

text: In India, no city yet offers continuous (24/7) water supply. The quality of the water supply service is low, with non-revenue water being as high as 40 percent in most cities. The poor are particularly affected by this situation and end up paying more for a liter of water than their wealthier counterparts. With the objective of widening access to water services and making water services more sustainable, the Government of India promoted PPPs in the water sector in the 1990s. However, this attempt failed as the Government did not manage to create a good enabling environment for private investment and poor project preparation. Furthermore, there was important opposition to private sector involvement in water delivery.

text: In India, no city yet offers continuous (24/7) water supply. The quality of the water supply service is low, with non-revenue water being as high as 40 percent in most cities. The poor are particularly affected by this situation and end up paying more for a liter of water than their wealthier counterparts. With the objective of widening access to water services and making water services more sustainable, the Government of India promoted PPPs in the water sector in the 1990s. However, this attempt failed as the Government did not manage to create a good enabling environment for private investment and poor project preparation. Furthermore, there was important opposition to private sector involvement in water delivery.

answers: NDQ_001768

answers: non-revenue water

answers: NDQ_001769

answers: non-revenue water

answers: NDQ_001770

answers: Non-revenue water

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: The poor

answers: NDQ_001773

answers: Which of the following is not a source of non-revenue water in most cities?

answers: NDQ_001774

answers: non-revenue water

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: non-revenue

answers: NDQ_001778

answers: paying more for a liter of water than their wealthier counterparts

answers: NDQ_001781

answers: non-revenue water

answers: NDQ_001782

answers: Which of the following is true of the Government of India?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: non-revenue water being as high as 40 percent

answers: NDQ_001789

answers: Which of the following is not a type of water used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: The poor are particularly affected by this situation

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Drier climates?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: indian

answers: NDQ_001801

answers: in the 1990s

answers: NDQ_001802

answers: The quality of the water supply service is low

answers: NDQ_001803

answers: water delivery

answers: NDQ_001804

answers: non-revenue water

answers: NDQ_001805

answers: non-revenue water

answers: NDQ_001768

answers: paying more for a liter of water than their wealthier counterparts.

answers: NDQ_001769

answers: non-revenue

answers: NDQ_001770

answers: paying more for a liter of water than their wealthier counterparts.

answers: NDQ_001771

answers: non-revenue water

answers: NDQ_001772

answers: The poor

answers: NDQ_001773

answers: no city yet offers continuous (24/7) water supply.

answers: NDQ_001774

answers: non-revenue water being as high as 40 percent

answers: NDQ_001775

answers: PPPs in the water sector

answers: NDQ_001776

answers: water supply.

answers: NDQ_001777

answers: wealthier counterparts.

answers: NDQ_001778

answers: paying more for a liter of water

answers: NDQ_001781

answers: non-revenue water being as high as 40 percent

answers: NDQ_001782

answers: no city yet offers continuous (24/7) water supply.

answers: NDQ_001785

answers: no city yet offers continuous (24/7) water supply.

answers: NDQ_001787

answers: PPPs in the water sector in the 1990s.

answers: NDQ_001788

answers: non-revenue water being as high as 40 percent

answers: NDQ_001789

answers: PPPs in the water sector

answers: NDQ_001790

answers: (24/7)

answers: NDQ_001791

answers: non-revenue water

answers: NDQ_001792

answers: In India, no city yet offers continuous (24/7) water supply.

answers: NDQ_001793

answers: India, no city yet offers continuous (24/7)

answers: NDQ_001794

answers: In India, no city yet offers continuous (24/7)

answers: NDQ_001795

answers: no city yet offers continuous (24/7) water supply.

answers: NDQ_001796

answers: The quality of the water supply service is low,

answers: NDQ_001797

answers: wealthier counterparts.

answers: NDQ_001798

answers: PPPs in the water sector in the 1990s.

answers: NDQ_001799

answers: continuous (24/7)

answers: NDQ_001800

answers: India, no city yet offers continuous (24/7) water supply.

answers: NDQ_001801

answers: In India,

answers: NDQ_001802

answers: non-revenue water being as high as 40 percent

answers: NDQ_001803

answers: continuous (24/7) water supply.

answers: NDQ_001804

answers: continuous (24/7) water supply.

answers: NDQ_001805

answers: India,

text: Although three rivers flow through the metropolitan region and drain into the Bay of Bengal, Chennai has historically relied on annual monsoon rains to replenish its water reservoirs since the rivers are polluted with sewage. With the population increasing over the decades, the city has faced water supply shortages, and its ground water levels have been depleted. An earlier Veeranam Lake project aimed at augmenting the city's water supply failed. However, the New Veeranam project, which became operational in September 2004, has greatly reduced dependency on distant sources. In recent years, heavy and consistent monsoon rains and rainwater harvesting (RWH) by Chennai Metro Water at its Anna Nagar Rain Centre have significantly reduced water shortages. Moreover, newer projects like the Telugu Ganga project, which brings water from water-surplus rivers such as the Krishna River in Andhra Pradesh, have eased water shortages. The city has constructed a couple of sea water desalination plants to further increase the water supply, with the two functioning since 2010 and 2013, respectively. A third one has been planned. However, Chennai is expected to face a huge deficit of 713 million litres per day (MLD) as the demand is projected at 2,248 MLD and supply estimated at only 1,535 MLD in 2026.

text: Although three rivers flow through the metropolitan region and drain into the

text: Bay of Bengal

text: , Chennai has historically relied on annual monsoon rains to replenish its water reservoirs since the rivers are polluted with sewage. With the population increasing over the decades, the city has faced water supply shortages, and its ground water levels have been depleted. An earlier

text: Veeranam Lake project

text: aimed at augmenting the city's water supply failed. However, the New Veeranam project, which became operational in September 2004, has greatly reduced dependency on distant sources. In recent years, heavy and consistent monsoon rains and

text: rainwater harvesting

text: (RWH) by

entity_name: Chennai MetroWater Supply and Sewage Board

text: Chennai Metro Water

text: at its

text: Anna Nagar

text: Rain Centre have significantly reduced water shortages. Moreover, newer projects like the

text: Telugu Ganga project

text: , which brings water from water-surplus rivers such as the

text: Krishna River

text: in

text: Andhra Pradesh

text: , have eased water shortages. The city has constructed a couple of

text: sea water desalination plants

text: to further increase the water supply, with the two functioning since 2010 and 2013, respectively. A third one has been planned. However, Chennai is expected to face a huge deficit of 713 million litres per day (MLD) as the demand is projected at 2,248 MLD and supply estimated at only 1,535 MLD in 2026.

answers: NDQ_001768

answers: sea water desalination

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: water supply shortages

answers: NDQ_001771

answers: How many litres per day (MLD) is the supply estimated to be?

answers: NDQ_001772

answers: India

answers: NDQ_001773

answers: Which of the following is not a source of pollution: sewage, sea water desalination plants, or sewage?

answers: NDQ_001774

answers: polluted with sewage

answers: NDQ_001775

answers: What has the population increasing over the decades?

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: ground water levels

answers: NDQ_001778

answers: population increasing

answers: NDQ_001781

answers: pollutes the rivers

answers: NDQ_001782

answers: Which of the following is not a form of life: sea water desalination plants

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: rainwater harvesting (RWH) or sea water desalination plants?

answers: NDQ_001788

answers: Which of the following is not a source of water: monsoon rains and rainwater harvesting?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Veeranam Lake project aimed at augmenting the city's water supply failed

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates generally have less water for people to use:

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is the main idea of the passage?

answers: NDQ_001800

answers: water supply shortages

answers: NDQ_001801

answers: 2026

answers: NDQ_001802

answers: sewage

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: Anna Nagar Rain Centre

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: distant sources.

answers: NDQ_001769

answers: Chennai Metro Water

answers: NDQ_001770

answers: sewage.

answers: NDQ_001771

answers: rainwater harvesting

answers: NDQ_001772

answers: Chennai

answers: NDQ_001773

answers: sewage.

answers: NDQ_001774

answers: sewage.

answers: NDQ_001775

answers: sewage.

answers: NDQ_001776

answers: sewage.

answers: NDQ_001777

answers: annual monsoon rains

answers: NDQ_001778

answers: population increasing

answers: NDQ_001781

answers: sewage.

answers: NDQ_001782

answers: Chennai has historically relied on annual monsoon rains

answers: NDQ_001785

answers: Chennai has historically relied on annual monsoon rains

answers: NDQ_001787

answers: sewage.

answers: NDQ_001788

answers: rainwater harvesting

answers: NDQ_001789

answers: rainwater harvesting

answers: NDQ_001790

answers: water supply shortages,

answers: NDQ_001791

answers: Chennai has historically relied on annual monsoon rains

answers: NDQ_001792

answers: Chennai has historically relied on annual monsoon rains

answers: NDQ_001793

answers: Chennai has historically relied on annual monsoon rains

answers: NDQ_001794

answers: ground water levels have been depleted.

answers: NDQ_001795

answers: 2026.

answers: NDQ_001796

answers: sewage.

answers: NDQ_001797

answers: monsoon rains

answers: NDQ_001798

answers: rainwater harvesting

answers: NDQ_001799

answers: sewage.

answers: NDQ_001800

answers: water supply shortages,

answers: NDQ_001801

answers: 2026.

answers: NDQ_001802

answers: sewage.

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: Anna Nagar Rain Centre

answers: NDQ_001805

answers: sewage.

text: Bores and reservoirs were established at intervals, but the water was often brackish and unsuitable for steam locomotive use, let alone human consumption, so water supplies had to be carried on the train. In the days of steam locomotion, about half the total load was water for the engine.

text: Bores and reservoirs were established at intervals, but the water was often brackish and unsuitable for steam locomotive use, let alone human consumption, so water supplies had to be carried on the train. In the days of steam locomotion, about half the total load was water for the engine.

answers: NDQ_001768

answers: unsuitable water

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: brackish water

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: Which of the following is not a source of water for the engine: bores or reservoirs?

answers: NDQ_001774

answers: unsuitable

answers: NDQ_001775

answers: for the engine

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: reservoirs

answers: NDQ_001778

answers: human consumption

answers: NDQ_001781

answers: unsuitable for human consumption

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason for water supplies to be carried on the train?

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It's impossible to say

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: brackish

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: reservoirs

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: water supplies had to be carried on the train.

answers: NDQ_001769

answers: human consumption,

answers: NDQ_001770

answers: brackish

answers: NDQ_001771

answers: human consumption,

answers: NDQ_001772

answers: human consumption,

answers: NDQ_001773

answers: the water was often brackish and unsuitable for steam locomotive use,

answers: NDQ_001774

answers: brackish

answers: NDQ_001775

answers: the engine.

answers: NDQ_001776

answers: the water

answers: NDQ_001777

answers: human consumption,

answers: NDQ_001778

answers: human consumption,

answers: NDQ_001781

answers: brackish

answers: NDQ_001782

answers: human consumption,

answers: NDQ_001785

answers: human consumption,

answers: NDQ_001787

answers: the water was often brackish and unsuitable for steam locomotive use,

answers: NDQ_001788

answers: the water was often brackish and unsuitable for steam locomotive use,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: the water was often brackish

answers: NDQ_001791

answers: the water was often brackish

answers: NDQ_001792

answers: the water was often brackish and unsuitable for steam locomotive use,

answers: NDQ_001793

answers: the water was often brackish

answers: NDQ_001794

answers: Bores and reservoirs

answers: NDQ_001795

answers: the water was often brackish

answers: NDQ_001796

answers: the water was often brackish and unsuitable for steam locomotive use,

answers: NDQ_001797

answers: brackish

answers: NDQ_001798

answers: water supplies had to be carried on the train.

answers: NDQ_001799

answers: the water was often brackish

answers: NDQ_001800

answers: the water was often brackish

answers: NDQ_001801

answers: Bores and reservoirs were established at intervals,

answers: NDQ_001802

answers: brackish

answers: NDQ_001803

answers: water supplies had to be carried on the train.

answers: NDQ_001804

answers: Bores and reservoirs

answers: NDQ_001805

answers: human consumption,

text: The water supply in Miyakojima involves the history and development of the current water supply on Miyakojima, a small coral island with only one river, which is administered by Okinawa Prefecture of southwestern Japan.

text: The water supply in Miyakojima involves the history and development of the current water supply on

text: Miyakojima

text: , a small coral island with only one river, which is administered by

text: Okinawa Prefecture

text: of southwestern

text: Japan

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: coral to die

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Japan

answers: NDQ_001773

answers: are used in the manufacture of fertilizers.

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: manufacturing

answers: NDQ_001776

answers: food poisoning

answers: NDQ_001777

answers: the location of the population

answers: NDQ_001778

answers: building more dams

answers: NDQ_001781

answers: Okinawa Prefecture

answers: NDQ_001782

answers: What does the water supply in Miyakojima involve?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What is the water supply in Miyakojima?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: None of the above choices .

answers: NDQ_001792

answers: What is Miyakojima?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: How would you describe Miyakojima?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: Miyakojima

answers: NDQ_001802

answers: is unknown

answers: NDQ_001803

answers: can not be inferred

answers: NDQ_001804

answers: Miyakojima

answers: NDQ_001805

answers: oceans

answers: NDQ_001768

answers: one river,

answers: NDQ_001769

answers: Okinawa Prefecture

answers: NDQ_001770

answers: coral island

answers: NDQ_001771

answers: coral island

answers: NDQ_001772

answers: Japan.

answers: NDQ_001773

answers: The water supply in Miyakojima

answers: NDQ_001774

answers: one river,

answers: NDQ_001775

answers: water supply

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: one river,

answers: NDQ_001778

answers: Okinawa Prefecture of southwestern Japan.

answers: NDQ_001781

answers: only one river,

answers: NDQ_001782

answers: The water supply in Miyakojima

answers: NDQ_001785

answers: Japan.

answers: NDQ_001787

answers: Okinawa Prefecture of southwestern Japan.

answers: NDQ_001788

answers: Miyakojima, a small coral island with only one river,

answers: NDQ_001789

answers: Japan.

answers: NDQ_001790

answers: Okinawa Prefecture of southwestern Japan.

answers: NDQ_001791

answers: Japan.

answers: NDQ_001792

answers: The water supply in Miyakojima

answers: NDQ_001793

answers: Japan.

answers: NDQ_001794

answers: Japan.

answers: NDQ_001795

answers: Miyakojima,

answers: NDQ_001796

answers: The water supply in Miyakojima

answers: NDQ_001797

answers: southwestern Japan.

answers: NDQ_001798

answers: current water supply on Miyakojima,

answers: NDQ_001799

answers: one river,

answers: NDQ_001800

answers: one river,

answers: NDQ_001801

answers: Japan.

answers: NDQ_001802

answers: a small coral island with only one river,

answers: NDQ_001803

answers: one river,

answers: NDQ_001804

answers: one river,

answers: NDQ_001805

answers: Japan.

text: Prior to the 1970s the protection of basic air and water supplies was a matter mainly left to each state. During the 1970s, primary responsibility for clean air and water shifted to the federal government. Growing concerns, both environmental and economic, from cites and towns as well as sportsman and other local groups, and senators such as Maine's Edmund S. Muskie, led to passage of extensive legislation, notably the Clean Air Act of 1970 and the Water Pollution Control Act Amendments of 1972. Other legislation included National Environmental Policy Act (NEPA), signed into law in 1970, which established a United States Environmental Protection Agency and a Council on Environmental Quality; the Marine Protection, Research, and Sanctuaries Act of 1972; the Endangered Species Act of 1973, the Safe Drinking Water Act (1974), the Resource Conservation and Recovery Act (1976), the Water Pollution Control Act Amendments of 1977, which became known as the Clean Water Act, and the Comprehensive Environmental Response, Compensation, and Liability Act, commonly known as the Superfund Act (1980). These laws regulated public drinking water systems, toxic substances, pesticides, and ocean dumping; and protected wildlife, wilderness, and wild and scenic rivers. Moreover, the new laws provide for pollution research, standard setting, contaminated site cleanup, monitoring, and enforcement.

text: Prior to the 1970s the protection of basic air and water supplies was a matter mainly left to each state. During the 1970s, primary responsibility for clean air and water shifted to the federal government. Growing concerns, both environmental and economic, from cites and towns as well as sportsman and other local groups, and senators such as Maine's

text: Edmund S. Muskie

text: , led to passage of extensive legislation, notably the

text: Clean Air Act

text: of 1970 and the

text: Water Pollution Control Act

text: Amendments of 1972. Other legislation included

text: National Environmental Policy Act

text: (NEPA), signed into law in 1970, which established a

text: United States Environmental Protection Agency

text: and a

text: Council on Environmental Quality

text: ; the

entity_name: Marine Protection, Research, and Sanctuaries Act of 1972

text: Marine Protection, Research, and Sanctuaries Act of 1972

text: ; the

text: Endangered Species Act

text: of 1973, the

text: Safe Drinking Water Act

text: (1974), the

text: Resource Conservation and Recovery Act

text: (1976), the Water Pollution Control Act Amendments of 1977, which became known as the

text: Clean Water Act

text: , and the Comprehensive Environmental Response, Compensation, and Liability Act, commonly known as the

text: Superfund Act

text: (1980). These laws regulated public drinking water systems, toxic substances, pesticides, and ocean dumping; and protected wildlife, wilderness, and wild and scenic rivers. Moreover, the new laws provide for pollution research, standard setting, contaminated site cleanup, monitoring, and enforcement.

answers: NDQ_001768

answers: public drinking water systems

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: Superfund Act

answers: NDQ_001771

answers: sportsman and other local groups

answers: NDQ_001772

answers: the federal government

answers: NDQ_001773

answers: Which of the following is not regulated by these laws: toxic substances, pesticides, or ocean dumping?

answers: NDQ_001774

answers: ocean dumping

answers: NDQ_001775

answers: Toxic Substances

answers: NDQ_001776

answers: pesticides

answers: NDQ_001777

answers: each state

answers: NDQ_001778

answers: pesticides

answers: NDQ_001781

answers: Superfund Act

answers: NDQ_001782

answers: Which of the following is not a form of life: air, fish, or water?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: How many years passed between the Clean Air Act of 1970 and the Water Pollution Control Act Amendments of 1972?

answers: NDQ_001788

answers: Which of the following is not a regulated public drinking water system: toxic substances, pesticides, or ocean dumping?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What did the Clean Air Act of 1970 and the Water Pollution Control Act Amendments of 1972 do?

answers: NDQ_001797

answers: Which happened first, the Clean Air Act of 1970 or the Water Pollution Control Act Amendments of 1977?

answers: NDQ_001798

answers: Why did we use less water today than we did a century ago?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: Superfund

answers: NDQ_001801

answers: Superfund Act

answers: NDQ_001802

answers: These laws regulated public drinking water systems, toxic substances, pesticides, and ocean dumping

answers: NDQ_001803

answers: pesticides

answers: NDQ_001804

answers: Superfund Act

answers: NDQ_001805

answers: drinking water systems

answers: NDQ_001768

answers: public drinking water systems,

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: contaminated site cleanup,

answers: NDQ_001771

answers: sportsman

answers: NDQ_001772

answers: public drinking water systems,

answers: NDQ_001773

answers: pesticides,

answers: NDQ_001774

answers: ocean dumping;

answers: NDQ_001775

answers: drinking water systems, toxic substances, pesticides, and ocean dumping;

answers: NDQ_001776

answers: pesticides,

answers: NDQ_001777

answers: each state.

answers: NDQ_001778

answers: pesticides,

answers: NDQ_001781

answers: pesticides,

answers: NDQ_001782

answers: air and water

answers: NDQ_001785

answers: air and water

answers: NDQ_001787

answers: pesticides,

answers: NDQ_001788

answers: Superfund Act (1980). These laws regulated public drinking water systems,

answers: NDQ_001789

answers: Clean Water Act,

answers: NDQ_001790

answers: Prior to the 1970s

answers: NDQ_001791

answers: Prior to the 1970s

answers: NDQ_001792

answers: primary responsibility for clean air and water shifted to the federal government.

answers: NDQ_001793

answers: Safe Drinking Water

answers: NDQ_001794

answers: Prior to the 1970s

answers: NDQ_001795

answers: Water Pollution Control Act Amendments of 1977,

answers: NDQ_001796

answers: Water Pollution Control Act Amendments of 1972.

answers: NDQ_001797

answers: Prior to the 1970s

answers: NDQ_001798

answers: Water Pollution Control Act Amendments of 1972.

answers: NDQ_001799

answers: Safe Drinking Water Act

answers: NDQ_001800

answers: ocean dumping;

answers: NDQ_001801

answers: 1970s

answers: NDQ_001802

answers: regulated public drinking water systems,

answers: NDQ_001803

answers: pesticides,

answers: NDQ_001804

answers: Superfund Act (1980). These laws regulated public drinking water systems,

answers: NDQ_001805

answers: ocean dumping;

text: To operate these water wheels, a continuous and substantial supply of water was needed. Although the Upper Harz, with an annual precipitation of over 1300 millimetres per year, received copious amounts of water, the mines often lay high up in the mountains close to the watersheds where there were only a few streams of any size. In addition the flow of mountain streams in the rocky terrain was very variable. It often only needed a few weeks of low rainfall for the water supply to the mines to be threatened. This led to several mines having to be closed.

text: To operate these

text: water wheel

text: s, a continuous and substantial supply of water was needed. Although the Upper Harz, with an annual precipitation of over 1300 millimetres per year, received copious amounts of water, the mines often lay high up in the mountains close to the

text: watershed

text: s where there were only a few streams of any size. In addition the flow of mountain streams in the rocky terrain was very variable. It often only needed a few weeks of low rainfall for the water supply to the mines to be threatened. This led to several mines having to be closed.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: mines to be closed

answers: NDQ_001771

answers: What may be the reason for mines having to be closed?

answers: NDQ_001772

answers: mines

answers: NDQ_001773

answers: Which of the following is not a product of the Upper Harz, agricultural chemicals or water wheels?

answers: NDQ_001774

answers: is not available

answers: NDQ_001775

answers: To operate these water wheels

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: precipitation

answers: NDQ_001778

answers: closing mines

answers: NDQ_001781

answers: does not have a steady supply

answers: NDQ_001782

answers: Which of the following is true of the Upper Harz?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is true of the Upper Harz?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: Which of the following is true of the Upper Harz?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason for mines to have to be closed?

answers: NDQ_001797

answers: Which of the following is true of Drier climates?

answers: NDQ_001798

answers: What is the reason for conservation?

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: NDQ_001801

answers: a few weeks

answers: NDQ_001802

answers: a few weeks of low rainfall for the water supply to the mines to be threatened

answers: NDQ_001803

answers: water wheels

answers: NDQ_001804

answers: the Upper Harz

answers: NDQ_001805

answers: mines

answers: NDQ_001768

answers: water wheels,

answers: NDQ_001769

answers: water wheels,

answers: NDQ_001770

answers: several mines having to be closed.

answers: NDQ_001771

answers: water wheels,

answers: NDQ_001772

answers: mines

answers: NDQ_001773

answers: water wheels,

answers: NDQ_001774

answers: several mines having to be closed.

answers: NDQ_001775

answers: water wheels,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: low rainfall

answers: NDQ_001778

answers: several mines having to be closed.

answers: NDQ_001781

answers: only a few streams of any size.

answers: NDQ_001782

answers: water wheels, a continuous and substantial supply of water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: copious amounts of water,

answers: NDQ_001788

answers: water wheels, a continuous and substantial supply of water

answers: NDQ_001789

answers: water wheels,

answers: NDQ_001790

answers: copious amounts of water,

answers: NDQ_001791

answers: 1300 millimetres per year,

answers: NDQ_001792

answers: copious amounts of water,

answers: NDQ_001793

answers: 1300 millimetres per year, received copious amounts of water,

answers: NDQ_001794

answers: watersheds where there were only a few streams of any size.

answers: NDQ_001795

answers: 1300 millimetres per year,

answers: NDQ_001796

answers: only a few streams of any size.

answers: NDQ_001797

answers: only a few streams of any size.

answers: NDQ_001798

answers: copious amounts of water,

answers: NDQ_001799

answers: water wheels,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: It often only needed a few weeks

answers: NDQ_001802

answers: threatened.

answers: NDQ_001803

answers: water wheels,

answers: NDQ_001804

answers: water wheels,

answers: NDQ_001805

answers: water wheels,

text: Water supply and sanitation in London is provided by a number of private companies. The regional water strategy for London is produced by the Greater London Authority. Much of the water supply and sewerage system was constructed during the Victorian era. Greater London is located within the Thames River Basin District.

text: Water supply and sanitation in London is provided by a number of private companies. The regional water strategy for London is produced by the

text: Greater London Authority

text: . Much of the

text: water supply

text: and

text: sewerage system

text: was constructed during the Victorian era. Greater London is located within the Thames River Basin District.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: sanitation

answers: NDQ_001770

answers: London's sewerage system to break down

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: London

answers: NDQ_001773

answers: are used in the production of food.

answers: NDQ_001774

answers: sewered

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: private companies

answers: NDQ_001778

answers: construction

answers: NDQ_001781

answers: London is located within the Thames River Basin

answers: NDQ_001782

answers: Which of the following is not true of the Thames River Basin District?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of company: private companies, the Thames River Basin District, or the Greater London Authority?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system: large irrigation systems or sewerage systems?

answers: NDQ_001789

answers: Which of the following is not a type of energy: water, electricity, or sanitation?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not true of the Thames River Basin District?

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or London?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Which of the following is not a type of water?

answers: NDQ_001800

answers: NDQ_001801

answers: The Victorian era

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: sewerage system

answers: NDQ_001805

answers: NDQ_001768

answers: Water supply and sanitation in London is provided by a number of private companies.

answers: NDQ_001769

answers: Water supply and sanitation

answers: NDQ_001770

answers: Water supply and sanitation in London is provided by a number of private companies.

answers: NDQ_001771

answers: Greater London Authority.

answers: NDQ_001772

answers: private companies.

answers: NDQ_001773

answers: Greater London Authority.

answers: NDQ_001774

answers: sewerage

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: Water supply and sanitation

answers: NDQ_001777

answers: private companies.

answers: NDQ_001778

answers: constructed

answers: NDQ_001781

answers: Thames River Basin District.

answers: NDQ_001782

answers: Greater London Authority.

answers: NDQ_001785

answers: Greater London Authority.

answers: NDQ_001787

answers: Greater London Authority.

answers: NDQ_001788

answers: Thames River Basin District.

answers: NDQ_001789

answers: Thames River Basin District.

answers: NDQ_001790

answers: Greater London Authority.

answers: NDQ_001791

answers: Thames River Basin District.

answers: NDQ_001792

answers: The regional water strategy for London is produced by the Greater London Authority.

answers: NDQ_001793

answers: Greater London Authority.

answers: NDQ_001794

answers: Thames River Basin District.

answers: NDQ_001795

answers: Greater London Authority.

answers: NDQ_001796

answers: Greater London Authority.

answers: NDQ_001797

answers: Water supply and sanitation in London

answers: NDQ_001798

answers: Victorian era.

answers: NDQ_001799

answers: Thames River Basin District.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Thames River Basin District.

answers: NDQ_001802

answers: Thames River Basin District.

answers: NDQ_001803

answers: sewerage system

answers: NDQ_001804

answers: sewerage

answers: NDQ_001805

answers: Water supply and sanitation in London

text: This village has had a long history of successful human habitation.The first traces of human habitation in the area were recorded by renowned archaeologist Sir John Evans (1823–1908). The village sits on a saucer of clay covered by a layer of gravel, and as a result water supply has never been a problem; records show that in earlier times water could be drawn from a well just 20 ft deep

text: This village has had a long history of successful human habitation.The first traces of human habitation in the area were recorded by renowned archaeologist

text: Sir John Evans

text: (1823–1908). The village sits on a saucer of clay covered by a layer of gravel, and as a result water supply has never been a problem; records show that in earlier times water could be drawn from a well just 20 ft deep

answers: NDQ_001768

answers: water from a well

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: a problem

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a product of the village?

answers: NDQ_001774

answers: is too shallow

answers: NDQ_001775

answers: Agricultural purposes

answers: NDQ_001776

answers: malaria

answers: NDQ_001777

answers: soil quality

answers: NDQ_001778

answers: human habitation

answers: NDQ_001781

answers: is too shallow

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a reason for water supply not being a problem?

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: What can be done with water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water supply has never been a problem

answers: NDQ_001797

answers: Which of the following is true of the village?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: a well

answers: NDQ_001804

answers: a well

answers: NDQ_001805

answers: human

answers: NDQ_001768

answers: a well just 20 ft deep

answers: NDQ_001769

answers: water

answers: NDQ_001770

answers: water supply has never been a problem;

answers: NDQ_001771

answers: water could be drawn from a well just 20 ft deep

answers: NDQ_001772

answers: archaeologist

answers: NDQ_001773

answers: Sir John Evans (1823–1908).

answers: NDQ_001774

answers: 20 ft deep

answers: NDQ_001775

answers: water could be drawn from a well just 20 ft deep

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: a saucer of clay covered by a layer of gravel,

answers: NDQ_001778

answers: habitation.The

answers: NDQ_001781

answers: water supply has never been a problem;

answers: NDQ_001782

answers: water supply has never been a problem;

answers: NDQ_001785

answers: water supply has never been a problem;

answers: NDQ_001787

answers: 20 ft deep

answers: NDQ_001788

answers: 20 ft deep

answers: NDQ_001789

answers: water could be drawn from a well just 20 ft deep

answers: NDQ_001790

answers: water supply has never been a problem;

answers: NDQ_001791

answers: 20 ft deep

answers: NDQ_001792

answers: water could be drawn from a well just 20 ft deep

answers: NDQ_001793

answers: water supply has never been a problem;

answers: NDQ_001794

answers: 20 ft deep

answers: NDQ_001795

answers: 20 ft deep

answers: NDQ_001796

answers: water supply has never been a problem;

answers: NDQ_001797

answers: water supply has never been a problem;

answers: NDQ_001798

answers: water could be drawn from a well just 20 ft deep

answers: NDQ_001799

answers: water could be drawn from a well just 20 ft deep

answers: NDQ_001800

answers: water supply has never been a problem;

answers: NDQ_001801

answers: (1823–1908).

answers: NDQ_001802

answers: water supply has never been a problem;

answers: NDQ_001803

answers: a well

answers: NDQ_001804

answers: well

answers: NDQ_001805

answers: 20 ft deep

text: Boston, New York City, San Francisco, Denver, and Portland, Oregon are among the large cities in the U.S. that do not need to treat their surface water sources beyond disinfection, because their water sources are located in the upper reaches of protected watersheds and thus are naturally very pure. Boston receives most of its water from the Quabbin and Wachusett Reservoirs and the Ware River in central and western Massachusetts. New York City's water supply is fed by a  watershed in the Catskill Mountains. The watershed is in one of the largest protected wilderness areas in the United States. San Francisco obtains 85% of its drinking water from high Sierra snowmelt through the Hetch Hetchy Reservoir in Yosemite National Park. However, to supplement the imported water supply, and to help maintain delivery of drinking water in the event of a major earthquake, drought or decline in the snowpack, San Francisco considers the use of alternative locally produced, sustainable water sources such as reclaimed water for irrigation, local groundwater and desalination during drought periods, all as part of its Water Supply Diversification Program. The largest source of water supply for Portland, Oregon, is the Bull Run Watershed. Denver receives its water almost entirely from mountain snowmelt in a number of highly protected watersheds in more than 9 counties. Its water is stored in 14 reservoirs, the largest of which is the Dillon Reservoir on the Blue River in the Colorado River. Water is diverted from there through the Harold D. Roberts Tunnel under the Continental Divide into the South Platte River Basin.

text: Boston

text: New York City

entity_name: San Francisco Public Utilities Commission

text: San Francisco

text: , Denver, and

text: Portland, Oregon

text: are among the large cities in the U.S. that do not need to treat their surface water sources beyond disinfection, because their water sources are located in the upper reaches of protected watersheds and thus are naturally very pure. Boston receives most of its water from the

text: Quabbin

text: and

text: Wachusett

text: Reservoirs and the

text: Ware River

text: in central and western Massachusetts. New York City's water supply is fed by a

text: watershed

text: in the

text: Catskill Mountains

text: . The watershed is in one of the largest protected wilderness areas in the United States.

text: San Francisco

text: obtains 85% of its drinking water from high Sierra snowmelt through the

text: Hetch Hetchy Reservoir

text: in Yosemite National Park. However, to supplement the imported water supply, and to help maintain delivery of drinking water in the event of a major earthquake, drought or decline in the snowpack, San Francisco considers the use of alternative locally produced, sustainable water sources such as

text: reclaimed water

text: for irrigation, local groundwater and

text: desalination

text: during drought periods, all as part of its Water Supply Diversification Program. The largest source of water supply for Portland, Oregon, is the

text: Bull Run Watershed

text: Denver

text: receives its water almost entirely from mountain snowmelt in a number of highly protected watersheds in more than 9 counties. Its water is stored in 14 reservoirs, the largest of which is the

text: Dillon Reservoir

text: on the

text: Blue River

text: in the Colorado River. Water is diverted from there through the Harold D. Roberts Tunnel under the

text: Continental Divide

text: into the

text: South Platte River

text: Basin.

answers: NDQ_001768

answers: reclaimed water

answers: NDQ_001769

answers: What is the largest source of water supply for Portland, Oregon?

answers: NDQ_001770

answers: earthquakes, drought or decline in the snowpack

answers: NDQ_001771

answers: What is the largest source of water supply for Portland, Oregon?

answers: NDQ_001772

answers: San Francisco

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: reclaimed water for irrigation, local groundwater or desalination?

answers: NDQ_001774

answers: is diverted

answers: NDQ_001775

answers: What is reclaimed water used for?

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: San Francisco's water supply

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: reclaimed water for irrigation

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: Which of the following is not a source of water for Portland, Oregon?

answers: NDQ_001787

answers: Which of the following is not a source of drinking water: irrigation, local groundwater or desalination?

answers: NDQ_001788

answers: Which of the following is not a source of water supply for Portland, Oregon, is the Bull Run Watershed?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: What is the largest source of water supply for Portland, Oregon

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the largest source of water supply for Portland, Oregon, is the Bull Run Watershed?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the largest source of water supply for Portland, Oregon, is the Bull Run Watershed?

answers: NDQ_001797

answers: Which city receives most of its water from the Quabbin and Wachusett Reservoirs?

answers: NDQ_001798

answers: What is the largest source of water supply for Portland, Oregon?

answers: NDQ_001799

answers: What does the sentence "Water is safe to drink as long as it is moving water" mean?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: do not need to treat their surface water sources beyond disinfection

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Harold D. Roberts Tunnel

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: imported water supply,

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: earthquake, drought or decline in the snowpack,

answers: NDQ_001771

answers: Yosemite National Park.

answers: NDQ_001772

answers: Boston, New York City,

answers: NDQ_001773

answers: reclaimed water

answers: NDQ_001774

answers: irrigation,

answers: NDQ_001775

answers: irrigation,

answers: NDQ_001776

answers: water sources beyond disinfection,

answers: NDQ_001777

answers: a major earthquake, drought or decline in the snowpack,

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: reclaimed water

answers: NDQ_001782

answers: Boston,

answers: NDQ_001785

answers: disinfection,

answers: NDQ_001787

answers: reclaimed water

answers: NDQ_001788

answers: reclaimed water

answers: NDQ_001789

answers: reclaimed water for irrigation,

answers: NDQ_001790

answers: their water sources are located in the upper reaches of protected watersheds

answers: NDQ_001791

answers: Boston,

answers: NDQ_001792

answers: Denver receives its water almost entirely from mountain snowmelt

answers: NDQ_001793

answers: Boston,

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: Boston,

answers: NDQ_001796

answers: disinfection,

answers: NDQ_001797

answers: drought or decline in the snowpack,

answers: NDQ_001798

answers: Boston,

answers: NDQ_001799

answers: disinfection,

answers: NDQ_001800

answers: sustainable water sources

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: do not need to treat their surface water sources beyond disinfection,

answers: NDQ_001803

answers: reclaimed water for irrigation,

answers: NDQ_001804

answers: Harold D. Roberts Tunnel

answers: NDQ_001805

answers: irrigation,

text: Approximately 400 First Nation communities in Canada have had, and continue to have serious problems with the quality of their drinking water. The residents of Neskantaga First Nation in Ontario have been forced to boil their water for the past 20 years to make it safe. The newly elected Prime Minister Justin Trudeau promised to solve the drinking water problem within five years, by investing $1.8 billion dollars.

text: Approximately 400 First Nation communities in Canada have had, and continue to have serious problems with the quality of their drinking water. The residents of Neskantaga First Nation in Ontario have been forced to boil their water for the past 20 years to make it safe. The newly elected Prime Minister

text: Justin Trudeau

text: promised to solve the drinking water problem within five years, by investing $1.8 billion dollars.

answers: NDQ_001768

answers: less water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: drinking water problems

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: First Nation communities

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: agricultural chemicals or water?

answers: NDQ_001774

answers: boils

answers: NDQ_001775

answers: to make things

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: quality of the water

answers: NDQ_001778

answers: boiling their water

answers: NDQ_001781

answers: boils

answers: NDQ_001782

answers: Which of the following is true of the Prime Minister Justin Trudeau?

answers: NDQ_001785

answers: How would you feel without water?

answers: NDQ_001787

answers: Which of the following is not a reason for the residents of Neskantaga First Nation to boil their water?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: Which of the following is not a type of water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is true of the residents of Neskantaga First Nation?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How would you describe Justin Trudeau?

answers: NDQ_001797

answers: How would the residents of Neskantaga First Nation feel about the investment?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: serious problems with the quality of their drinking water

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: drinking water.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water.

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: First Nation

answers: NDQ_001773

answers: drinking water.

answers: NDQ_001774

answers: quality of their drinking water.

answers: NDQ_001775

answers: drinking water.

answers: NDQ_001776

answers: drinking water.

answers: NDQ_001777

answers: quality

answers: NDQ_001778

answers: drinking water.

answers: NDQ_001781

answers: drinking water.

answers: NDQ_001782

answers: drinking water.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: drinking water.

answers: NDQ_001788

answers: drinking water.

answers: NDQ_001789

answers: drinking water.

answers: NDQ_001790

answers: Approximately 400

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: drinking water.

answers: NDQ_001793

answers: drinking water.

answers: NDQ_001794

answers: drinking water.

answers: NDQ_001795

answers: drinking water.

answers: NDQ_001796

answers: serious problems with the quality of their drinking water.

answers: NDQ_001797

answers: drinking water.

answers: NDQ_001798

answers: 20 years

answers: NDQ_001799

answers: boil their water

answers: NDQ_001800

answers: drinking water.

answers: NDQ_001801

answers: Approximately 400 First Nation communities in Canada

answers: NDQ_001802

answers: serious problems

answers: NDQ_001803

answers: boil their water

answers: NDQ_001804

answers: drinking water.

answers: NDQ_001805

answers: drinking water.

text: Agriculture is the largest user of the world's freshwater resources, consuming 70 percent. As the world population rises it consumes more food (currently exceeding 6%, it is expected to reach 9% by 2050), the industries and urban developments expand, and the emerging biofuel crops trade also demands a share of freshwater resources, water scarcity is becoming an important issue. An assessment of water resource management in agriculture was conducted in 2007 by the International Water Management Institute in Sri Lanka to see if the world had sufficient water to provide food for its growing population or not . It assessed the current availability of water for agriculture on a global scale and mapped out locations suffering from water scarcity. It found that a fifth of the world's people, more than 1.2 billion, live in areas of physical water scarcity, where there is not enough water to meet all their demands. A further 1.6 billion people live in areas experiencing economic water scarcity, where the lack of investment in water or insufficient human capacity make it impossible for authorities to satisfy the demand for water.

text: Agriculture

text: is the largest user of the world's freshwater resources, consuming 70 percent. As the

text: world population

text: rises it consumes more food (currently exceeding 6%, it is expected to reach 9% by 2050), the industries and

text: urban development

text: s expand, and the emerging

text: biofuel

text: crops trade also demands a share of freshwater resources,

text: water scarcity

text: is becoming an important issue. An assessment of water resource management in agriculture was conducted in 2007 by the

text: International Water Management Institute

text: in

text: Sri Lanka

text: to see if the world had sufficient water to provide food for its growing population or not . It assessed the current availability of water for agriculture on a global scale and mapped out locations suffering from water scarcity. It found that a fifth of the world's people, more than 1.2 billion, live in areas of

text: physical water scarcity

text: , where there is not enough water to meet all their demands. A further 1.6 billion people live in areas experiencing

text: economic water scarcity

text: , where the lack of investment in water or insufficient human capacity make it impossible for authorities to satisfy the demand for water.

answers: NDQ_001768

answers: Agriculture

answers: NDQ_001769

answers: urban developments

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: What is the second largest user of the world's freshwater resources?

answers: NDQ_001772

answers: How many billion people live in areas experiencing economic water scarcity?

answers: NDQ_001773

answers: Which of the following is not a user of freshwater resources: agriculture, biofuel crops, or urban developments?

answers: NDQ_001774

answers: is not enough

answers: NDQ_001775

answers: Biofuel crops trade

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: economic water scarcity

answers: NDQ_001778

answers: the world population rises

answers: NDQ_001781

answers: scarcity is becoming an important issue

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, industries, or urban developments?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: How many percent of the world's people live in areas experiencing economic water scarcity?

answers: NDQ_001788

answers: How many percent of the world's people live in areas of physical water scarcity?

answers: NDQ_001789

answers: What is the biofuel crops trade?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What is the largest user of the world's freshwater resources, consuming 70 percent?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: 1.6 billion people live in areas experiencing economic water scarcity

answers: NDQ_001797

answers: How many billion people live in areas experiencing economic water scarcity?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: water scarcity

answers: NDQ_001802

answers: a fifth of the world's people

answers: NDQ_001803

answers: biofuel crops

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: Agriculture

answers: NDQ_001768

answers: Agriculture

answers: NDQ_001769

answers: urban developments

answers: NDQ_001770

answers: water scarcity.

answers: NDQ_001771

answers: Agriculture

answers: NDQ_001772

answers: Agriculture

answers: NDQ_001773

answers: biofuel crops

answers: NDQ_001774

answers: there is not enough water to meet all their demands.

answers: NDQ_001775

answers: biofuel crops

answers: NDQ_001776

answers: food

answers: NDQ_001777

answers: lack of investment in water or insufficient human capacity

answers: NDQ_001778

answers: the world population rises it consumes more food

answers: NDQ_001781

answers: water scarcity

answers: NDQ_001782

answers: Agriculture

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: 9% by 2050),

answers: NDQ_001788

answers: Agriculture

answers: NDQ_001789

answers: biofuel

answers: NDQ_001790

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001791

answers: Agriculture

answers: NDQ_001792

answers: Agriculture

answers: NDQ_001793

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001794

answers: Agriculture

answers: NDQ_001795

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001796

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001797

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001798

answers: 9% by 2050),

answers: NDQ_001799

answers: Agriculture

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: 9% by 2050),

answers: NDQ_001802

answers: 6%,

answers: NDQ_001803

answers: biofuel crops

answers: NDQ_001804

answers: Agriculture

answers: NDQ_001805

answers: Agriculture

text: PepsiCo's usage of water was the subject of controversy in India in the early and mid-2000s in part because of the company's alleged impact on water usage in a country where water shortages are a perennial issue. In this setting, PepsiCo was perceived by India-based environmental organizations as a company that diverted water to manufacture a discretionary product, making it a target for critics at the time.

text: PepsiCo's usage of water was the subject of controversy in India in the early and mid-2000s in part because of the company's alleged impact on water usage in a country where

text: water shortage

text: s are a perennial issue. In this setting, PepsiCo was perceived by India-based environmental organizations as a company that diverted water to manufacture a discretionary product, making it a target for critics at the time.

answers: NDQ_001768

answers: water sparingly

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a product of PepsiCo?

answers: NDQ_001774

answers: diverted

answers: NDQ_001775

answers: manufacture a discretionary product

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: water availability

answers: NDQ_001778

answers: diverted water

answers: NDQ_001781

answers: diverted to manufacture a discretionary product

answers: NDQ_001782

answers: Which of the following is not true of PepsiCo?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason PepsiCo's usage of water was the subject of controversy in India?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What was the subject of controversy in India in the early and mid-2000s?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water shortages are a perennial issue

answers: NDQ_001797

answers: How would you describe PepsiCo's usage of water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: a perennial issue

answers: NDQ_001802

answers: water shortages are a perennial issue

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water shortages

answers: NDQ_001769

answers: water shortages are a perennial issue.

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: PepsiCo's

answers: NDQ_001772

answers: PepsiCo's

answers: NDQ_001773

answers: PepsiCo's usage of water

answers: NDQ_001774

answers: diverted water to manufacture a discretionary product,

answers: NDQ_001775

answers: manufacture a discretionary product,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water shortages

answers: NDQ_001778

answers: usage of water

answers: NDQ_001781

answers: water shortages

answers: NDQ_001782

answers: PepsiCo's usage of water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: PepsiCo was perceived by India-based environmental organizations

answers: NDQ_001788

answers: PepsiCo's usage of water

answers: NDQ_001789

answers: PepsiCo's usage of water

answers: NDQ_001790

answers: water shortages are a perennial issue.

answers: NDQ_001791

answers: PepsiCo's usage of water

answers: NDQ_001792

answers: water shortages are a perennial issue.

answers: NDQ_001793

answers: water shortages are a perennial issue.

answers: NDQ_001794

answers: water shortages are a perennial issue.

answers: NDQ_001795

answers: water shortages are a perennial issue.

answers: NDQ_001796

answers: water shortages are a perennial issue.

answers: NDQ_001797

answers: water shortages are a perennial issue.

answers: NDQ_001798

answers: PepsiCo's

answers: NDQ_001799

answers: PepsiCo's usage of water

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: water shortages are a perennial issue.

answers: NDQ_001802

answers: water shortages are a perennial issue.

answers: NDQ_001803

answers: water shortages

answers: NDQ_001804

answers: PepsiCo's

answers: NDQ_001805

answers: PepsiCo's

text: Around the world, household drinking water purification systems, including a reverse osmosis step, are commonly used for improving water for drinking and cooking.

text: Around the world, household

text: drinking water

text: purification

text: systems, including a reverse osmosis step, are commonly used for improving water for drinking and cooking.

answers: NDQ_001768

answers: household water purification systems

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: septicemia

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: is not purified

answers: NDQ_001775

answers: cleaning and disinfecting

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: population size

answers: NDQ_001778

answers: drinking water purification systems

answers: NDQ_001781

answers: can't be purified

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: (II).

answers: NDQ_001787

answers: Which of the following is not a reason to use a reverse osmosis system?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: reverse osmosis

answers: NDQ_001797

answers: Which of the following is not a reason for people to use water purification systems?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no answe

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: is not known

answers: NDQ_001803

answers: can not be used to water plants

answers: NDQ_001804

answers: can be used to purify water

answers: NDQ_001805

answers: cooking

answers: NDQ_001768

answers: household drinking water purification systems,

answers: NDQ_001769

answers: drinking and cooking.

answers: NDQ_001770

answers: drinking water purification systems, including a reverse osmosis

answers: NDQ_001771

answers: drinking and cooking.

answers: NDQ_001772

answers: household drinking water purification systems,

answers: NDQ_001773

answers: household drinking water purification systems,

answers: NDQ_001774

answers: reverse osmosis

answers: NDQ_001775

answers: improving water for drinking and cooking.

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: household drinking water purification systems,

answers: NDQ_001778

answers: household drinking water purification systems,

answers: NDQ_001781

answers: household drinking water purification systems,

answers: NDQ_001782

answers: household drinking water purification systems,

answers: NDQ_001785

answers: a reverse osmosis step,

answers: NDQ_001787

answers: reverse osmosis step,

answers: NDQ_001788

answers: household drinking water purification systems,

answers: NDQ_001789

answers: reverse osmosis

answers: NDQ_001790

answers: household drinking water purification systems,

answers: NDQ_001791

answers: household drinking water purification systems,

answers: NDQ_001792

answers: Around the world, household drinking water purification systems,

answers: NDQ_001793

answers: household drinking water purification systems,

answers: NDQ_001794

answers: household drinking water purification systems,

answers: NDQ_001795

answers: household drinking water purification systems,

answers: NDQ_001796

answers: reverse osmosis step,

answers: NDQ_001797

answers: household drinking water purification systems,

answers: NDQ_001798

answers: household drinking water purification systems,

answers: NDQ_001799

answers: a reverse osmosis

answers: NDQ_001800

answers: drinking water

answers: NDQ_001801

answers: a reverse osmosis step,

answers: NDQ_001802

answers: water

answers: NDQ_001803

answers: household drinking water purification systems,

answers: NDQ_001804

answers: reverse osmosis

answers: NDQ_001805

answers: cooking.

text: The total water footprint of a typical 3-person household in the U.S. is . By comparison, a typical single family home in the U.S. only uses about  of water per day (2008 estimate). This includes (in decreasing order) toilet use, washing machine use, showers, baths, faucet use, and leaks.

text: The total water footprint of a typical 3-person household in the U.S. is . By comparison, a typical single family home in the U.S. only uses about  of water per day (2008 estimate). This includes (in decreasing order)

text: toilet

text: use,

text: washing machine

text: use,

text: shower

text: s, baths, faucet use, and

text: leaks

answers: NDQ_001768

answers: of water per day

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: leaks

answers: NDQ_001771

answers: showers

answers: NDQ_001772

answers: washing machine

answers: NDQ_001773

answers: are a major contributor to global warming.

answers: NDQ_001774

answers: leaks

answers: NDQ_001775

answers: washing machine use

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: toilet use

answers: NDQ_001781

answers: leaks

answers: NDQ_001782

answers: What does the water footprint of a typical 3-person household in the U.S. include?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many people live in a typical household in the U.S.?

answers: NDQ_001797

answers: Which of the following is not a type of faucet: faucet, faucet, or faucet?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: water footprint of a typical 3-person household in the U.S.

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: septic tanks

answers: NDQ_001805

answers: toilet use

answers: NDQ_001768

answers: a typical 3-person household in the U.S.

answers: NDQ_001769

answers: toilet use, washing machine use, showers, baths,

answers: NDQ_001770

answers: leaks.

answers: NDQ_001771

answers: showers, baths,

answers: NDQ_001772

answers: a typical 3-person household in the U.S.

answers: NDQ_001773

answers: The total water footprint

answers: NDQ_001774

answers: leaks.

answers: NDQ_001775

answers: washing machine use,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: 3-person household

answers: NDQ_001778

answers: leaks.

answers: NDQ_001781

answers: leaks.

answers: NDQ_001782

answers: water per day

answers: NDQ_001785

answers: water per day

answers: NDQ_001787

answers: The total water footprint of a typical 3-person household

answers: NDQ_001788

answers: The total water footprint of a typical 3-person household

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: The total water footprint

answers: NDQ_001791

answers: water per day

answers: NDQ_001792

answers: The total water footprint

answers: NDQ_001793

answers: U.S.

answers: NDQ_001794

answers: The total water footprint of a typical 3-person household

answers: NDQ_001795

answers: (2008

answers: NDQ_001796

answers: leaks.

answers: NDQ_001797

answers: a typical single family home in the U.S.

answers: NDQ_001798

answers: (2008 estimate).

answers: NDQ_001799

answers: toilet use, washing machine

answers: NDQ_001800

answers: water footprint

answers: NDQ_001801

answers: The total water footprint of a typical 3-person household

answers: NDQ_001802

answers: The total water footprint

answers: NDQ_001803

answers: showers, baths, faucet use, and leaks.

answers: NDQ_001804

answers: water

answers: NDQ_001805

answers: washing machine use,

text: The community's source of water is a gravity flow chlorinated treated water from Long pond.100% of the households are connected to main water supply. 55 of the households use public sewage system, the remainder have private septic tanks. Garbage is collected once a week. The community's dump is located 2 km from the community.

text: The community's source of water is a gravity flow chlorinated treated water from Long pond.100% of the households are connected to main water supply. 55 of the households use public sewage system, the remainder have private septic tanks. Garbage is collected once a week. The community's dump is located 2 km from the community.

answers: NDQ_001768

answers: septic tanks

answers: NDQ_001769

answers: public sewage system

answers: NDQ_001770

answers: septic tanks to overflow

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Garbage

answers: NDQ_001773

answers: can be found in the community's dump

answers: NDQ_001774

answers: 55 households use public sewage

answers: NDQ_001775

answers: septic tanks

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: Long pond's location

answers: NDQ_001778

answers: use of public sewage system

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: How many households use septic tanks?

answers: NDQ_001788

answers: How many households do not have septic tanks?

answers: NDQ_001789

answers: Which of the following is not a source of water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It is not possible to tell

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of the community?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is the community's source of water?

answers: NDQ_001800

answers: NDQ_001801

answers: The community experienced a

answers: NDQ_001802

answers: 0

answers: NDQ_001803

answers: septic tanks

answers: NDQ_001804

answers: Long pond

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: public sewage system, the remainder have private septic tanks.

answers: NDQ_001769

answers: public sewage system,

answers: NDQ_001770

answers: sewage system, the remainder have private septic tanks.

answers: NDQ_001771

answers: Long pond.100%

answers: NDQ_001772

answers: 55 of the households use public sewage system,

answers: NDQ_001773

answers: chlorinated treated water from Long pond.100%

answers: NDQ_001774

answers: sewage system,

answers: NDQ_001775

answers: 55 of the households use public sewage system,

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001778

answers: Garbage

answers: NDQ_001781

answers: sewage system, the remainder have private septic tanks.

answers: NDQ_001782

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001785

answers: Garbage is collected once a week.

answers: NDQ_001787

answers: chlorinated treated water from Long pond.100%

answers: NDQ_001788

answers: sewage system, the remainder have private septic tanks.

answers: NDQ_001789

answers: gravity flow chlorinated treated water from Long pond.100%

answers: NDQ_001790

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001791

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001792

answers: Long pond.100%

answers: NDQ_001793

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001794

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001795

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001796

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001797

answers: 55 of the households use public sewage system,

answers: NDQ_001798

answers: pond.100% of the households are connected to main water supply.

answers: NDQ_001799

answers: gravity flow chlorinated treated water

answers: NDQ_001800

answers: Garbage

answers: NDQ_001801

answers: Long pond.100%

answers: NDQ_001802

answers: 55 of the households use public sewage system,

answers: NDQ_001803

answers: septic tanks.

answers: NDQ_001804

answers: Long pond.100%

answers: NDQ_001805

answers: sewage system,

text: Category 1 Water - Refers to a source of water that does not pose substantial threat to humans and classified as "Clean Water". Examples are broken water supply lines, tub or sink overflows or appliance malfunctions that involves water supply lines.

text: Category 1 Water - Refers to a source of water that does not pose substantial threat to humans and classified as "Clean Water". Examples are broken

text: water supply

text: lines, tub or sink overflows or appliance malfunctions that involves water supply lines.

answers: NDQ_001768

answers: Category 1 water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Category 1 water

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are classified as Category 1 water

answers: NDQ_001774

answers: Category 1 Water

answers: NDQ_001775

answers: Clean Water

answers: NDQ_001776

answers: Category 1 Water

answers: NDQ_001777

answers: Category 1 Water

answers: NDQ_001778

answers: broken water supply lines

answers: NDQ_001781

answers: broken water supply lines

answers: NDQ_001782

answers: What is a source of water that poses a substantial threat to humans?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Category 1 Water

answers: NDQ_001788

answers: Category 1 Water

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Category 1 Water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Category 1 Water

answers: NDQ_001797

answers: Category 1 Water

answers: NDQ_001798

answers: Category 1 Water

answers: NDQ_001799

answers: None of the above choices

answers: NDQ_001800

answers: Category 1 Water

answers: NDQ_001801

answers: Category 1

answers: NDQ_001802

answers: Category 1 Water

answers: NDQ_001803

answers: can not be classified as a source of water

answers: NDQ_001804

answers: Category 1 water

answers: NDQ_001805

answers: Category 1 Water

answers: NDQ_001768

answers: Category 1 Water

answers: NDQ_001769

answers: Category 1 Water

answers: NDQ_001770

answers: broken water supply lines, tub or sink overflows or appliance malfunctions

answers: NDQ_001771

answers: Category 1 Water

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Category 1 Water

answers: NDQ_001774

answers: broken water supply lines,

answers: NDQ_001775

answers: appliance malfunctions that involves water supply lines.

answers: NDQ_001776

answers: Category 1 Water

answers: NDQ_001777

answers: does not pose substantial threat to humans

answers: NDQ_001778

answers: broken water supply lines, tub or sink overflows or appliance malfunctions

answers: NDQ_001781

answers: broken water supply lines,

answers: NDQ_001782

answers: Category 1 Water

answers: NDQ_001785

answers: Category 1 Water

answers: NDQ_001787

answers: Category 1 Water

answers: NDQ_001788

answers: Category 1 Water

answers: NDQ_001789

answers: Category 1 Water

answers: NDQ_001790

answers: Category 1 Water

answers: NDQ_001791

answers: Category 1 Water

answers: NDQ_001792

answers: Category 1 Water

answers: NDQ_001793

answers: Category 1 Water

answers: NDQ_001794

answers: Category 1 Water

answers: NDQ_001795

answers: Category 1 Water

answers: NDQ_001796

answers: Category 1 Water

answers: NDQ_001797

answers: Category 1 Water

answers: NDQ_001798

answers: Category 1 Water

answers: NDQ_001799

answers: Category 1 Water

answers: NDQ_001800

answers: Category 1 Water

answers: NDQ_001801

answers: Category 1 Water

answers: NDQ_001802

answers: Category 1 Water

answers: NDQ_001803

answers: Category 1 Water

answers: NDQ_001804

answers: Category 1 Water

answers: NDQ_001805

answers: Category 1 Water

text: In August 2004, Enwave Energy Corporation, a district energy company based in Toronto, Ontario, Canada, started operating a system that uses water from Lake Ontario to cool downtown buildings, including office towers, the Metro Toronto Convention Centre, a small brewery and a telecommunications centre. The process has become known as Deep Lake Water Cooling (DLWC). It will provide for over 40,000 tons (140 MW) of cooling—a significantly larger system than has been installed elsewhere. Another feature of the Enwave system is that it is integrated with Toronto’s drinking water supply. The Toronto drinking water supply required a new intake location that would be further from shore and deeper in the lake. This posed two problems for the utility that managed the city's drinking water supply: 1. the capital cost of moving the water intake location and additionally, the new location would supply water that was so cold it would require heating before it could be distributed. The cooperation of the district cooling agency, Enwave, solved both problems: Enwave paid for the cost of moving the water intake and also supplied the heat to warm the drinking water supply to acceptable levels by effectively extracting the heat from the buildings it served. Contact between drinking water and the Enwave cooling system is restricted to thermal contact in a heat exchanger. Drinking water does not circulate through the Enwave cooling systems.

text: In August 2004, Enwave Energy Corporation, a district energy company based in

text: Toronto, Ontario

text: Canada

text: , started operating a system that uses water from

text: Lake Ontario

text: to cool downtown buildings, including office towers, the Metro Toronto Convention Centre, a small brewery and a telecommunications centre. The process has become known as

text: Deep Lake Water Cooling

text: (DLWC). It will provide for over 40,000

text: tons

text: MW

text: ) of cooling—a significantly larger system than has been installed elsewhere. Another feature of the Enwave system is that it is integrated with Toronto’s drinking water supply. The Toronto drinking water supply required a new intake location that would be further from shore and deeper in the lake. This posed two problems for the utility that managed the city's drinking water supply: 1. the capital cost of moving the water intake location and additionally, the new location would supply water that was so cold it would require heating before it could be distributed. The cooperation of the district cooling agency, Enwave, solved both problems: Enwave paid for the cost of moving the water intake and also supplied the heat to warm the drinking water supply to acceptable levels by effectively extracting the heat from the buildings it served. Contact between drinking water and the Enwave cooling system is restricted to thermal contact in a heat exchanger. Drinking water does not circulate through the Enwave cooling systems.

answers: NDQ_001768

answers: 40,000 tons (140 MW)

answers: NDQ_001769

answers: To cool downtown buildings

answers: NDQ_001770

answers: Drinking water to circulate through Enwave cooling systems

answers: NDQ_001771

answers: a small brewery

answers: NDQ_001772

answers: drinking water

answers: NDQ_001773

answers: Which of the following is not a product of agriculture: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: does not circulate

answers: NDQ_001775

answers: to cool downtown buildings

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Lake Ontario

answers: NDQ_001778

answers: Deep Lake Water Cooling

answers: NDQ_001781

answers: is too cold

answers: NDQ_001782

answers: Which of the following is not a form of life: office towers, the Metro Toronto Convention Centre, a small brewery and a telecommunications centre?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Lake Ontario

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would the new location supply water that was so cold?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: This posed two problems

answers: NDQ_001802

answers: Contact between drinking water and the Enwave cooling system is restricted to thermal contact in a heat exchanger

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Deep Lake Water Cooling

answers: NDQ_001805

answers: to cool downtown buildings

answers: NDQ_001768

answers: water from Lake Ontario to cool downtown buildings,

answers: NDQ_001769

answers: cool downtown buildings,

answers: NDQ_001770

answers: Drinking water

answers: NDQ_001771

answers: a small brewery

answers: NDQ_001772

answers: cool downtown buildings,

answers: NDQ_001773

answers: Drinking water

answers: NDQ_001774

answers: Drinking water does not circulate through the Enwave cooling systems.

answers: NDQ_001775

answers: cool downtown buildings,

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: intake location that would be further from shore and deeper in the lake.

answers: NDQ_001778

answers: cool downtown buildings,

answers: NDQ_001781

answers: cold it would require heating before it could be distributed.

answers: NDQ_001782

answers: Drinking water

answers: NDQ_001785

answers: Drinking water

answers: NDQ_001787

answers: Contact between drinking water

answers: NDQ_001788

answers: Drinking water does not circulate through the Enwave cooling systems.

answers: NDQ_001789

answers: cool downtown buildings,

answers: NDQ_001790

answers: Drinking water does not circulate through the Enwave cooling systems.

answers: NDQ_001791

answers: Drinking water

answers: NDQ_001792

answers: Lake Ontario

answers: NDQ_001793

answers: Drinking water

answers: NDQ_001794

answers: Deep Lake Water Cooling

answers: NDQ_001795

answers: Drinking water

answers: NDQ_001796

answers: Drinking water does not circulate through the Enwave cooling systems.

answers: NDQ_001797

answers: Drinking water

answers: NDQ_001798

answers: Drinking water does not circulate through the Enwave cooling systems.

answers: NDQ_001799

answers: Drinking water does not circulate through the Enwave cooling systems.

answers: NDQ_001800

answers: water from Lake Ontario

answers: NDQ_001801

answers: 2004,

answers: NDQ_001802

answers: Drinking water

answers: NDQ_001803

answers: cool downtown buildings,

answers: NDQ_001804

answers: Deep Lake Water Cooling

answers: NDQ_001805

answers: cool downtown buildings,

text: There are many uses of water in industry and,in most cases, the used water also needs treatment to render it fit for re-use or disposal. Raw water entering an industrial plant often needs treatment to meet tight quality specifications to be of use in specific industrial processes. Industrial water treatment encompasses all these aspects which include industrial wastewater treatment, boiler water treatment and cooling water treatment.

text: There are many uses of water in industry and,in most cases, the used water also needs treatment to render it fit for re-use or disposal. Raw water entering an industrial plant often needs treatment to meet tight quality specifications to be of use in specific industrial processes. Industrial water treatment encompasses all these aspects which include

text: industrial wastewater treatment

text: boiler water

text: treatment and

text: cooling water

text: treatment.

answers: NDQ_001768

answers: industrial wastewater treatment

answers: NDQ_001769

answers: industrial processes

answers: NDQ_001770

answers: a chemical reaction

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: industry

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: is not treated

answers: NDQ_001775

answers: re-use or disposal

answers: NDQ_001776

answers: industrial wastewater treatment

answers: NDQ_001777

answers: the quality of the water

answers: NDQ_001778

answers: industrial wastewater treatment

answers: NDQ_001781

answers: needs treatment

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: What can we do without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of water treatment: boiler water treatment or cooling water treatment?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, tropical, or tropical?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be described as a

answers: NDQ_001802

answers: industrial wastewater treatment

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: can be used for cooling water

answers: NDQ_001805

answers: industrial wastewater treatment

answers: NDQ_001768

answers: industry

answers: NDQ_001769

answers: industry

answers: NDQ_001770

answers: Raw water entering an industrial plant often needs treatment to meet tight quality specifications

answers: NDQ_001771

answers: There are many uses of water in industry

answers: NDQ_001772

answers: industry

answers: NDQ_001773

answers: Raw water entering an industrial plant

answers: NDQ_001774

answers: disposal.

answers: NDQ_001775

answers: specific industrial processes.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: uses of water in industry

answers: NDQ_001778

answers: uses of water

answers: NDQ_001781

answers: treatment to render it fit for re-use or disposal.

answers: NDQ_001782

answers: There are many uses of water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Raw water entering an industrial plant often needs treatment to meet tight quality specifications

answers: NDQ_001788

answers: disposal.

answers: NDQ_001789

answers: Raw water entering an industrial plant

answers: NDQ_001790

answers: There are many uses of water

answers: NDQ_001791

answers: There are many uses of water

answers: NDQ_001792

answers: Raw water entering an industrial plant often needs treatment to meet tight quality specifications

answers: NDQ_001793

answers: Raw water entering an industrial plant often needs treatment to meet tight quality specifications

answers: NDQ_001794

answers: Raw water entering an industrial plant

answers: NDQ_001795

answers: Raw water entering an industrial plant often needs treatment to meet tight quality specifications

answers: NDQ_001796

answers: Raw water entering an industrial plant often needs treatment to meet tight quality specifications

answers: NDQ_001797

answers: There are many uses of water

answers: NDQ_001798

answers: Raw water entering an industrial plant often needs treatment to meet tight quality specifications

answers: NDQ_001799

answers: Raw water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: There are many uses of water

answers: NDQ_001802

answers: and,in most cases, the used water also needs treatment

answers: NDQ_001803

answers: Raw water

answers: NDQ_001804

answers: Raw water entering an industrial plant

answers: NDQ_001805

answers: industry

text: According to the European Environment and Health Committee the national microbial failure rate (measured against E. coli) among large water supply systems is generally zero. Very occasionally, large water supply plants have microbiological failures during a limited period. The national chemical failure rate (measured against nitrate ion or against other ions of local importance) among large water supply systems is near zero. In some parts of the country nitrate in drinking water is elevated. About 70,000 families depend on small private water supply systems. The majority of these water supply systems face problems with either nitrate pollution due to extensive agriculture production and/or pollution with pesticides or bacterial contamination. All water supplies, including small private supplies, are under regular control by the local authorities and action is taken if the water quality is poor.

text: According to the European Environment and Health Committee the national microbial failure rate (measured against

text: E. coli

text: ) among large water supply systems is generally zero. Very occasionally, large water supply plants have microbiological failures during a limited period. The national chemical failure rate (measured against

text: nitrate

text: ion or against other ions of local importance) among large water supply systems is near zero. In some parts of the country nitrate in drinking water is elevated. About 70,000 families depend on small private water supply systems. The majority of these water supply systems face problems with either nitrate pollution due to extensive agriculture production and/or pollution with pesticides or bacterial contamination. All water supplies, including small private supplies, are under regular control by the local authorities and action is taken if the water quality is poor.

answers: NDQ_001768

answers: small private water supply systems

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: bacterial contamination

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: 70,000 families

answers: NDQ_001773

answers: Which of the following is not a source of nitrate pollution: pesticides, bacterial contamination, or microbial contamination?

answers: NDQ_001774

answers: is elevated

answers: NDQ_001775

answers: microbial failure

answers: NDQ_001776

answers: bacterial contamination

answers: NDQ_001777

answers: small private water supply systems

answers: NDQ_001778

answers: extensive agriculture production

answers: NDQ_001781

answers: nitrate pollution

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of nitrate pollution: pesticides or bacterial contamination?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or Drier climates?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water supply systems

answers: NDQ_001801

answers: a limited period

answers: NDQ_001802

answers: In some parts of the country nitrate in drinking water is elevated

answers: NDQ_001803

answers: pesticides

answers: NDQ_001804

answers: large water supply plants

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: small private water supply systems.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: bacterial contamination.

answers: NDQ_001771

answers: small private supplies, are under regular control by the local authorities

answers: NDQ_001772

answers: small private water supply systems.

answers: NDQ_001773

answers: pesticides

answers: NDQ_001774

answers: bacterial contamination.

answers: NDQ_001775

answers: agriculture production

answers: NDQ_001776

answers: pesticides

answers: NDQ_001777

answers: extensive agriculture production

answers: NDQ_001778

answers: agriculture production

answers: NDQ_001781

answers: nitrate pollution due to extensive agriculture production

answers: NDQ_001782

answers: action is taken if the water quality is poor.

answers: NDQ_001785

answers: zero.

answers: NDQ_001787

answers: pesticides

answers: NDQ_001788

answers: large water supply plants have microbiological failures

answers: NDQ_001789

answers: large water supply plants

answers: NDQ_001790

answers: zero.

answers: NDQ_001791

answers: According to the European Environment and Health Committee

answers: NDQ_001792

answers: nitrate in drinking water

answers: NDQ_001793

answers: zero.

answers: NDQ_001794

answers: zero.

answers: NDQ_001795

answers: 70,000 families depend on small private water supply systems.

answers: NDQ_001796

answers: bacterial contamination.

answers: NDQ_001797

answers: 70,000 families depend on small private water supply systems.

answers: NDQ_001798

answers: 70,000 families depend on small private water supply systems.

answers: NDQ_001799

answers: action is taken if the water quality is poor.

answers: NDQ_001800

answers: nitrate pollution

answers: NDQ_001801

answers: large water supply plants have microbiological failures

answers: NDQ_001802

answers: In some parts of the country nitrate in drinking water is elevated.

answers: NDQ_001803

answers: pesticides

answers: NDQ_001804

answers: large water supply plants

answers: NDQ_001805

answers: agriculture production

text: In the first half of the 20th century water supply and sanitation were a local government responsibility with regulation at the state level; the federal government played almost no role in the sector at that time. This changed with the enactment of the Federal Water Pollution Control Act of 1948, which provided for comprehensive planning, technical services, research, and financial assistance by the federal government to state and local governments for sanitary infrastructure. The Act was amended in 1965, establishing a uniform set of water quality standards and creating a Federal Water Pollution Control Administration authorized to set standards where states failed to do so. Comprehensive federal regulations for water supply and sanitation were introduced in the 1970s, in reaction to an increase in environmental concerns. In 1970 the Environmental Protection Agency (EPA) was created. In 1972, the Clean Water Act was passed, requiring industrial plants to proactively improve their waste procedures in order to limit the effect of contaminants on freshwater sources. In 1974, the Safe Drinking Water Act was adopted for the regulation of public water systems. This law specified a number of contaminants that must be closely monitored and reported to residents should they exceed the maximum contaminant levels allowed. From then on, drinking water systems were closely monitored by federal, state, and municipal governments for safety and compliance with existing regulations. The Clean Water Act set the unprecedented goal of eliminating all water pollution by 1985 and authorized massive expenditures of $24.6 billion in research and construction grants. The funds initially provided an incentive to build centralized wastewater collection and treatment infrastructure instead of decentralized systems. However, the 1977 amendments to the Clean Water Act required communities to consider alternatives to the conventional centralized sewer systems, and financial assistance was made available. In the mid-1990s decentralized systems served approximately 25 percent of the U.S. population, and approximately 37 percent of new housing developments.

text: In the first half of the 20th century water supply and sanitation were a local government responsibility with regulation at the state level; the federal government played almost no role in the sector at that time. This changed with the enactment of the Federal Water Pollution Control Act of 1948, which provided for comprehensive planning, technical services, research, and financial assistance by the federal government to state and local governments for sanitary infrastructure. The Act was amended in 1965, establishing a uniform set of water quality standards and creating a Federal Water Pollution Control Administration authorized to set standards where states failed to do so. Comprehensive federal regulations for water supply and sanitation were introduced in the 1970s, in reaction to an increase in environmental concerns. In 1970 the

text: Environmental Protection Agency

text: (EPA) was created. In 1972, the

text: Clean Water Act

text: was passed, requiring industrial plants to proactively improve their waste procedures in order to limit the effect of contaminants on freshwater sources. In 1974, the

text: Safe Drinking Water Act

text: was adopted for the regulation of public water systems. This law specified a number of contaminants that must be closely monitored and reported to residents should they exceed the

text: maximum contaminant level

text: s allowed. From then on, drinking water systems were closely monitored by federal, state, and municipal governments for safety and compliance with existing regulations. The Clean Water Act set the unprecedented goal of eliminating all water pollution by 1985 and authorized massive expenditures of $24.6 billion in research and construction grants. The funds initially provided an incentive to build centralized wastewater collection and treatment infrastructure instead of decentralized systems. However, the 1977 amendments to the Clean Water Act required communities to consider alternatives to the conventional centralized sewer systems, and financial assistance was made available. In the mid-1990s decentralized systems served approximately 25 percent of the U.S. population, and approximately 37 percent of new housing developments.

answers: NDQ_001768

answers: decentralized systems

answers: NDQ_001769

answers: sanitation

answers: NDQ_001770

answers: contaminants on freshwater sources

answers: NDQ_001771

answers: In the mid-1990s decentralized systems served approximately how many percent of the U.S. population?

answers: NDQ_001772

answers: decentralized systems

answers: NDQ_001773

answers: Which act was passed first, the Clean Water Act or the Safe Drinking Water Act?

answers: NDQ_001774

answers: decentralized

answers: NDQ_001775

answers: What was the purpose of the Clean Water Act?

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: centralized wastewater collection and treatment infrastructure

answers: NDQ_001778

answers: new housing developments

answers: NDQ_001781

answers: was not regulated

answers: NDQ_001782

answers: Which happened first, the Federal Water Pollution Control Act of 1948 or the Safe Drinking Water Act was adopted?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: How many years after the Clean Water Act was passed was the Safe Drinking Water Act adopted for the regulation of public water systems?

answers: NDQ_001788

answers: How many years after the Clean Water Act was passed was the Safe Drinking Water Act adopted?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many years after the Clean Water Act was passed was the Safe Drinking Water Act adopted for the regulation of public water systems?

answers: NDQ_001797

answers: How many years passed between the enactment of the Federal Water Pollution Control Act of 1948 and the Safe Drinking Water Act?

answers: NDQ_001798

answers: Why did the Clean Water Act set the unprecedented goal of eliminating all water pollution by 1985?

answers: NDQ_001799

answers: What does the Safe Drinking Water Act mean?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: in the 1970s, in reaction to an increase in environmental concerns

answers: NDQ_001802

answers: The Clean Water Act set the unprecedented goal of eliminating all water pollution by 1985

answers: NDQ_001803

answers: decentralized systems

answers: NDQ_001804

answers: centralized sewer systems

answers: NDQ_001805

answers: new housing developments

answers: NDQ_001768

answers: decentralized systems.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: contaminants on freshwater sources.

answers: NDQ_001771

answers: decentralized systems

answers: NDQ_001772

answers: decentralized systems

answers: NDQ_001773

answers: 25 percent of the U.S. population, and approximately 37

answers: NDQ_001774

answers: decentralized systems.

answers: NDQ_001775

answers: waste procedures

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: local government responsibility

answers: NDQ_001778

answers: new housing developments.

answers: NDQ_001781

answers: contaminants on freshwater sources.

answers: NDQ_001782

answers: The Clean Water Act

answers: NDQ_001785

answers: The Clean Water Act

answers: NDQ_001787

answers: The Clean Water Act

answers: NDQ_001788

answers: industrial plants

answers: NDQ_001789

answers: The Clean Water Act

answers: NDQ_001790

answers: The Clean Water Act

answers: NDQ_001791

answers: The Clean Water Act

answers: NDQ_001792

answers: The Clean Water Act

answers: NDQ_001793

answers: The Clean Water Act

answers: NDQ_001794

answers: The Clean Water Act

answers: NDQ_001795

answers: The Clean Water Act

answers: NDQ_001796

answers: The Clean Water Act

answers: NDQ_001797

answers: The Clean Water Act

answers: NDQ_001798

answers: decentralized systems

answers: NDQ_001799

answers: The Clean Water Act

answers: NDQ_001800

answers: water pollution

answers: NDQ_001801

answers: The Clean Water Act

answers: NDQ_001802

answers: The Clean Water Act set the unprecedented goal of eliminating all water pollution

answers: NDQ_001803

answers: centralized wastewater collection and treatment infrastructure

answers: NDQ_001804

answers: centralized wastewater

answers: NDQ_001805

answers: decentralized systems

text: The inherent natural economy plays an essential role in sustaining humanity, including the regulation of global atmospheric chemistry, pollinating crops, pest control, cycling soil nutrients, purifying our water supply, supplying medicines and health benefits, and unquantifiable quality of life improvements. There is a relationship, a correlation, between markets and natural capital, and social income inequity and biodiversity loss. This means that there are greater rates of biodiversity loss in places where the inequity of wealth is greatest

text: The inherent

text: natural economy

text: plays an essential role in sustaining humanity, including the regulation of global

text: atmospheric chemistry

text: pollinating crops

text: pest control

text: cycling soil nutrients

text: , purifying our

text: water supply

text: , supplying medicines and health benefits, and unquantifiable quality of life improvements. There is a relationship, a

text: correlation

text: , between

text: markets

text: and

text: natural capital

text: , and

text: social income inequity

text: and biodiversity loss. This means that there are greater rates of biodiversity loss in places where the inequity of wealth is greatest

answers: NDQ_001768

answers: biodiversity loss

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: biodiversity loss

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: pollinating crops

answers: NDQ_001774

answers: purifies our water supply

answers: NDQ_001775

answers: purifying

answers: NDQ_001776

answers: pest control

answers: NDQ_001777

answers: inherent natural economy

answers: NDQ_001778

answers: inequity of wealth

answers: NDQ_001781

answers: purifying our water supply

answers: NDQ_001782

answers: purifying our water supply

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: purifying our water supply

answers: NDQ_001788

answers: pollinating crops

answers: NDQ_001789

answers: purifying our water supply

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: purifying our water supply

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: greater rates of biodiversity loss

answers: NDQ_001797

answers: greater rates of biodiversity loss in places where the inequity of wealth is greatest

answers: NDQ_001798

answers: purifying our water supply

answers: NDQ_001799

answers: purifying our water supply

answers: NDQ_001800

answers: biodiversity loss

answers: NDQ_001801

answers: precipitation

answers: NDQ_001802

answers: purifying our water supply

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: purifying our water supply

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: purifying our water supply,

answers: NDQ_001769

answers: crops,

answers: NDQ_001770

answers: biodiversity loss.

answers: NDQ_001771

answers: purifying our water supply,

answers: NDQ_001772

answers: humanity,

answers: NDQ_001773

answers: pollinating crops, pest control,

answers: NDQ_001774

answers: purifying our water supply,

answers: NDQ_001775

answers: purifying our water supply,

answers: NDQ_001776

answers: pest control,

answers: NDQ_001777

answers: natural economy

answers: NDQ_001778

answers: pest control,

answers: NDQ_001781

answers: soil nutrients,

answers: NDQ_001782

answers: purifying our water supply,

answers: NDQ_001785

answers: water supply,

answers: NDQ_001787

answers: purifying our water supply,

answers: NDQ_001788

answers: biodiversity loss.

answers: NDQ_001789

answers: purifying our water supply,

answers: NDQ_001790

answers: The inherent natural economy plays an essential role in sustaining humanity,

answers: NDQ_001791

answers: water supply,

answers: NDQ_001792

answers: purifying our water supply,

answers: NDQ_001793

answers: purifying our water supply,

answers: NDQ_001794

answers: soil nutrients, purifying our water supply,

answers: NDQ_001795

answers: purifying our water supply,

answers: NDQ_001796

answers: purifying our water supply,

answers: NDQ_001797

answers: purifying our water supply,

answers: NDQ_001798

answers: purifying our water supply,

answers: NDQ_001799

answers: purifying our water supply,

answers: NDQ_001800

answers: biodiversity loss.

answers: NDQ_001801

answers: purifying our water supply,

answers: NDQ_001802

answers: purifying our water supply,

answers: NDQ_001803

answers: purifying our water supply,

answers: NDQ_001804

answers: purifying our water supply,

answers: NDQ_001805

answers: purifying our water supply,

text: They evaluate the water balance within a watershed and determine the available water supply, the water needed for various needs in that watershed, the seasonal cycles of water movement through the watershed and they develop systems to store, treat, and convey water for various uses. Water is treated to achieve water quality objectives for the end uses. In the case of a potable water supply, water is treated to minimize the risk of infectious disease transmission, the risk of non-infectious illness, and to create a palatable water flavor. Water distribution systems are designed and built to provide adequate water pressure and flow rates to meet various end-user needs such as domestic use, fire suppression, and irrigation.

text: They evaluate the water balance within a

text: watershed

text: and determine the available water supply, the water needed for various needs in that watershed, the seasonal cycles of water movement through the watershed and they develop systems to store, treat, and convey water for various uses. Water is treated to achieve water quality objectives for the end uses. In the case of a

text: potable water

text: supply, water is treated to minimize the risk of

text: infectious disease

text: transmission, the risk of non-infectious illness, and to create a palatable water flavor. Water distribution systems are designed and built to provide adequate water pressure and flow rates to meet various end-user needs such as domestic use, fire suppression, and

text: irrigation

answers: NDQ_001768

answers: domestic use

answers: NDQ_001769

answers: domestic use

answers: NDQ_001770

answers: non-infectious illness

answers: NDQ_001771

answers: fire suppression, and irrigation

answers: NDQ_001772

answers: domestic use

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: untreated

answers: NDQ_001775

answers: fire suppression

answers: NDQ_001776

answers: infectious disease transmission

answers: NDQ_001777

answers: a watershed

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: treated to achieve water quality objectives

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for wasting water?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water is treated to minimize the risk of infectious disease transmission

answers: NDQ_001797

answers: Which of the following is not an end-user need: domestic use, fire suppression, and irrigation?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: seasonal cycles

answers: NDQ_001802

answers: water is treated to achieve water quality objectives for the end uses

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: water distribution systems

answers: NDQ_001805

answers: domestic use

answers: NDQ_001768

answers: develop systems to store, treat, and convey water for various uses.

answers: NDQ_001769

answers: domestic use, fire suppression, and irrigation.

answers: NDQ_001770

answers: Water distribution systems are designed and built to provide adequate water pressure and flow rates

answers: NDQ_001771

answers: fire suppression, and irrigation.

answers: NDQ_001772

answers: domestic use, fire suppression, and irrigation.

answers: NDQ_001773

answers: irrigation.

answers: NDQ_001774

answers: fire suppression, and irrigation.

answers: NDQ_001775

answers: fire suppression, and irrigation.

answers: NDQ_001776

answers: infectious disease transmission,

answers: NDQ_001777

answers: a watershed

answers: NDQ_001778

answers: fire suppression, and irrigation.

answers: NDQ_001781

answers: Water distribution systems are designed and built to provide adequate water pressure and flow rates

answers: NDQ_001782

answers: They evaluate the water balance within a watershed

answers: NDQ_001785

answers: water balance within a watershed

answers: NDQ_001787

answers: irrigation.

answers: NDQ_001788

answers: Water distribution systems are designed and built to provide adequate water pressure and flow rates

answers: NDQ_001789

answers: Water is treated to achieve water quality objectives for the end uses.

answers: NDQ_001790

answers: available water supply,

answers: NDQ_001791

answers: They evaluate the water balance within a watershed

answers: NDQ_001792

answers: determine the available water supply,

answers: NDQ_001793

answers: potable water supply,

answers: NDQ_001794

answers: watershed

answers: NDQ_001795

answers: available water supply,

answers: NDQ_001796

answers: water is treated to minimize the risk of infectious disease transmission,

answers: NDQ_001797

answers: domestic use,

answers: NDQ_001798

answers: They evaluate the water balance within a watershed

answers: NDQ_001799

answers: water is treated to minimize the risk of infectious disease transmission,

answers: NDQ_001800

answers: water balance within a watershed and determine the available water supply,

answers: NDQ_001801

answers: seasonal cycles of water movement through the watershed

answers: NDQ_001802

answers: minimize the risk of infectious disease transmission,

answers: NDQ_001803

answers: irrigation.

answers: NDQ_001804

answers: Water distribution systems

answers: NDQ_001805

answers: irrigation.

text: Access to water supply and sanitation in Georgia is high. Based on household surveys and census results, the Joint Monitoring Programme for Water Supply and Sanitation estimates that access to an improved water source was universal in 2015. Access to improved sanitation stood at 86% (95% in urban areas, 76% in rural areas). According to these estimates based on census and household survey data access to water improved from 96% in 1990 to 100% in 2010, while access to sanitation declined from 98% in 1990 to 86% in 2015. The decline in access to sanitation was most marked in rural areas, where it declined from 96% estimated during a survey in 1996 to 79% estimated through a survey in 2013. The definition of improved sanitation includes pit latrines with slabs, while it excludes pit latrines without slabs.  It is often difficult for surveyors conducting general household surveys to get reliable responses to the question that refers to the exact type of latrine in a house, so that the above access numbers should be treated with some caution.

text: Access to water supply and sanitation in Georgia is high. Based on household surveys and census results, the

text: Joint Monitoring Programme for Water Supply and Sanitation

text: estimates that access to an

text: improved water source

text: was universal in 2015. Access to

text: improved sanitation

text: stood at 86% (95% in urban areas, 76% in rural areas). According to these estimates based on census and household survey data access to water improved from 96% in 1990 to 100% in 2010, while access to sanitation declined from 98% in 1990 to 86% in 2015. The decline in access to sanitation was most marked in rural areas, where it declined from 96% estimated during a survey in 1996 to 79% estimated through a survey in 2013. The definition of improved sanitation includes

text: pit latrine

text: s with slabs, while it excludes pit latrines without slabs.  It is often difficult for surveyors conducting general household surveys to get reliable responses to the question that refers to the exact type of latrine in a house, so that the above access numbers should be treated with some caution.

answers: NDQ_001768

answers: 70% in rural areas

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: sanitation

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: In 2015, the Joint Monitoring Programme for Water Supply and Sanitation estimates that access to an improved sanitation stood at 86%

answers: NDQ_001774

answers: 98% in 1990

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: urban areas

answers: NDQ_001778

answers: access to sanitation

answers: NDQ_001781

answers: urban areas

answers: NDQ_001782

answers: Access to an improved water source was universal

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: Access to improved sanitation stood at 86% (95% in urban areas, 76% in rural areas)

answers: NDQ_001788

answers: access to sanitation declined from 98% in 1990 to 86% in 2015.

answers: NDQ_001789

answers: access to an improved water source was universal in 2015

answers: NDQ_001790

answers: 70%

answers: NDQ_001791

answers: NDQ_001792

answers: Access to water improved from 96% in 1990 to 100% in 2010

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: 76%

answers: NDQ_001796

answers: 76% in rural areas

answers: NDQ_001797

answers: urban areas

answers: NDQ_001798

answers: access to water improved

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: 2010

answers: NDQ_001802

answers: It is often difficult for surveyors conducting general household surveys to get reliable responses

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: urban areas

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: access to an improved water source

answers: NDQ_001769

answers: urban areas,

answers: NDQ_001770

answers: sanitation

answers: NDQ_001771

answers: 100% in 2010,

answers: NDQ_001772

answers: 86%

answers: NDQ_001773

answers: 86%

answers: NDQ_001774

answers: 98% in 1990 to 86% in 2015.

answers: NDQ_001775

answers: 100% in 2010,

answers: NDQ_001776

answers: Sanitation

answers: NDQ_001777

answers: household surveys and census results,

answers: NDQ_001778

answers: access to an improved water source was universal in 2015. Access to improved sanitation

answers: NDQ_001781

answers: water

answers: NDQ_001782

answers: access to an improved water source was universal

answers: NDQ_001785

answers: 100% in 2010,

answers: NDQ_001787

answers: Access to improved sanitation stood at 86%

answers: NDQ_001788

answers: access to sanitation declined from 98%

answers: NDQ_001789

answers: 100% in 2010,

answers: NDQ_001790

answers: access to an improved water source was universal in 2015.

answers: NDQ_001791

answers: 100% in 2010,

answers: NDQ_001792

answers: 96% in 1990 to 100% in 2010,

answers: NDQ_001793

answers: access to an improved water source was universal in 2015.

answers: NDQ_001794

answers: 100% in 2010,

answers: NDQ_001795

answers: universal in 2015.

answers: NDQ_001796

answers: access to sanitation declined from 98% in 1990 to 86% in 2015.

answers: NDQ_001797

answers: rural areas,

answers: NDQ_001798

answers: access to sanitation declined from 98% in 1990 to 86% in 2015.

answers: NDQ_001799

answers: The definition of improved sanitation

answers: NDQ_001800

answers: Water Supply and Sanitation

answers: NDQ_001801

answers: 1996 to 79% estimated through a survey in 2013.

answers: NDQ_001802

answers: 86%

answers: NDQ_001803

answers: improved sanitation

answers: NDQ_001804

answers: 100% in 2010,

answers: NDQ_001805

answers: access to an improved water source was universal in 2015.

text: Competition occurs naturally between living organisms which co-exist in the same environment. For example, animals compete over water supplies, food, mates, and other biological resources. Humans usually compete for food and mates, though when these needs are met deep rivalries often arise over the pursuit of wealth, power, prestige, and fame.

text: Competition occurs

text: naturally

text: between living organisms which co-exist in the same

text: environment

text: . For example, animals compete over water supplies, food, mates, and other

text: biological resources

text: . Humans usually compete for food and mates, though when these needs are met deep rivalries often arise over the pursuit of

text: wealth

text: , power, prestige, and

text: fame

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: competition

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: can be used to increase the production of crops

answers: NDQ_001774

answers: competes with animals

answers: NDQ_001775

answers: food

answers: NDQ_001776

answers: competition

answers: NDQ_001777

answers: competition

answers: NDQ_001778

answers: competition for food and mates

answers: NDQ_001781

answers: competition between living organisms

answers: NDQ_001782

answers: Why do animals compete over water supplies?

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: Competition occurs naturally between living organisms

answers: NDQ_001788

answers: animals compete over water supplies

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: animals compete over water supplies

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: animals compete over water supplies

answers: NDQ_001795

answers: water supplies

answers: NDQ_001796

answers: competition

answers: NDQ_001797

answers: Animals compete over water supplies

answers: NDQ_001798

answers: competition

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: competition

answers: NDQ_001801

answers: can be a sign of competition

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used as a septic tank

answers: NDQ_001805

answers: competition

answers: NDQ_001768

answers: animals compete over water supplies,

answers: NDQ_001769

answers: Competition

answers: NDQ_001770

answers: Competition

answers: NDQ_001771

answers: animals compete over water supplies,

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: water supplies, food, mates, and other biological resources.

answers: NDQ_001774

answers: animals compete over water supplies,

answers: NDQ_001775

answers: water supplies,

answers: NDQ_001776

answers: Competition

answers: NDQ_001777

answers: animals compete over water supplies,

answers: NDQ_001778

answers: pursuit of wealth, power, prestige, and fame.

answers: NDQ_001781

answers: Competition

answers: NDQ_001782

answers: animals compete over water supplies,

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: water supplies, food, mates, and other biological resources.

answers: NDQ_001788

answers: water supplies,

answers: NDQ_001789

answers: water supplies,

answers: NDQ_001790

answers: animals compete over water supplies,

answers: NDQ_001791

answers: water supplies,

answers: NDQ_001792

answers: animals compete over water supplies,

answers: NDQ_001793

answers: animals compete over water supplies,

answers: NDQ_001794

answers: water supplies,

answers: NDQ_001795

answers: animals compete over water supplies,

answers: NDQ_001796

answers: animals compete over water supplies,

answers: NDQ_001797

answers: animals compete over water supplies,

answers: NDQ_001798

answers: animals compete over water supplies,

answers: NDQ_001799

answers: Competition

answers: NDQ_001800

answers: Competition

answers: NDQ_001801

answers: water supplies,

answers: NDQ_001802

answers: animals compete over water supplies,

answers: NDQ_001803

answers: water supplies,

answers: NDQ_001804

answers: water supplies,

answers: NDQ_001805

answers: animals

text: The most important streams are used by towns to ensure water supplies for irrigation and human consumption are: to the east, Rayan, west and south the Camchas the Juitush.

text: The most important streams are used by towns to ensure water supplies for irrigation and human consumption are: to the east, Rayan, west and south the Camchas the Juitush.

answers: NDQ_001768

answers: the Juitush

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: human consumption

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: towns

answers: NDQ_001773

answers: can be found in the Camchas

answers: NDQ_001774

answers: is not used for irrigation

answers: NDQ_001775

answers: human consumption

answers: NDQ_001776

answers: diarrhea

answers: NDQ_001777

answers: rivers

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: can't be used

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It's impossible to say

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: What can be done with water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: the Juitush

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: juitush

answers: NDQ_001805

answers: humans

answers: NDQ_001768

answers: irrigation and human consumption

answers: NDQ_001769

answers: irrigation and human consumption

answers: NDQ_001770

answers: human consumption

answers: NDQ_001771

answers: Camchas the Juitush.

answers: NDQ_001772

answers: towns to ensure water supplies for irrigation and human consumption

answers: NDQ_001773

answers: water supplies for irrigation and human consumption

answers: NDQ_001774

answers: water supplies for irrigation

answers: NDQ_001775

answers: irrigation and human consumption

answers: NDQ_001776

answers: water supplies for irrigation and human consumption

answers: NDQ_001777

answers: irrigation and human consumption

answers: NDQ_001778

answers: human consumption

answers: NDQ_001781

answers: human consumption

answers: NDQ_001782

answers: human consumption

answers: NDQ_001785

answers: water supplies for irrigation and human consumption

answers: NDQ_001787

answers: Camchas the Juitush.

answers: NDQ_001788

answers: Camchas the Juitush.

answers: NDQ_001789

answers: water supplies for irrigation and human consumption

answers: NDQ_001790

answers: Camchas the Juitush.

answers: NDQ_001791

answers: Camchas the Juitush.

answers: NDQ_001792

answers: streams are used by towns to ensure water supplies for irrigation and human consumption

answers: NDQ_001793

answers: Camchas the Juitush.

answers: NDQ_001794

answers: Camchas the Juitush.

answers: NDQ_001795

answers: Camchas the Juitush.

answers: NDQ_001796

answers: Camchas the Juitush.

answers: NDQ_001797

answers: Camchas the Juitush.

answers: NDQ_001798

answers: Camchas the Juitush.

answers: NDQ_001799

answers: irrigation and human consumption

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Camchas the Juitush.

answers: NDQ_001802

answers: human consumption

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Camchas the Juitush.

answers: NDQ_001805

answers: irrigation and human consumption

text: One of the most important elements of water security is early and accurate contamination detection.  The EPA has issued advisory material and guidelines for contamination warning systems to be implemented in water utilities and supplies.  The security challenges that utilities frequently revolve around fast detection, accuracy, and the ability to take fast action when there is a water problem.  If contamination is detected early enough, it can be prevented from reaching consumers, and emergency water supplies can be put into effect.

text: One of the most important elements of

text: water security

text: is early and accurate contamination detection.  The EPA has issued advisory material and guidelines for contamination warning systems to be implemented in water utilities and supplies.  The security challenges that utilities frequently revolve around fast detection,

text: accuracy

text: , and the ability to take fast action when there is a water problem.  If contamination is detected early enough, it can be prevented from reaching

text: consumer

text: s, and emergency water supplies can be put into effect.

answers: NDQ_001768

answers: emergency water supplies

answers: NDQ_001769

answers: consumers

answers: NDQ_001770

answers: contamination

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: consumers

answers: NDQ_001773

answers: can be found in the following places:

answers: NDQ_001774

answers: contamination is detected early enough

answers: NDQ_001775

answers: contamination warning systems

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: contamination

answers: NDQ_001778

answers: contamination warning systems

answers: NDQ_001781

answers: contamination is not detected

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not an element of water security: early and accurate contamination detection

answers: NDQ_001789

answers: Which of the following is not an element of water security?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: contamination warning systems to be implemented in water utilities and supplies

answers: NDQ_001797

answers: Which of the following is not an element of water security: early and accurate contamination detection or emergency water supplies?

answers: NDQ_001798

answers: None of the above choices are true

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be put into effect

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: emergency water supplies

answers: NDQ_001804

answers: contamination warning systems

answers: NDQ_001805

answers: water security

answers: NDQ_001768

answers: emergency water supplies

answers: NDQ_001769

answers: consumers,

answers: NDQ_001770

answers: contamination detection.

answers: NDQ_001771

answers: emergency water supplies

answers: NDQ_001772

answers: consumers,

answers: NDQ_001773

answers: water security is early and accurate contamination detection.

answers: NDQ_001774

answers: contamination is detected early enough, it can be prevented from reaching consumers,

answers: NDQ_001775

answers: contamination detection.

answers: NDQ_001776

answers: water problem.

answers: NDQ_001777

answers: contamination detection.

answers: NDQ_001778

answers: consumers,

answers: NDQ_001781

answers: contamination detection.

answers: NDQ_001782

answers: emergency water supplies

answers: NDQ_001785

answers: emergency water supplies can be put into effect.

answers: NDQ_001787

answers: One of the most important elements of water security is early and accurate contamination detection.

answers: NDQ_001788

answers: One of the most important elements of water security is early and accurate contamination detection.

answers: NDQ_001789

answers: water utilities

answers: NDQ_001790

answers: emergency water supplies can be put into effect.

answers: NDQ_001791

answers: One of the most important elements of water security is early and accurate contamination detection.

answers: NDQ_001792

answers: emergency water supplies

answers: NDQ_001793

answers: emergency water supplies

answers: NDQ_001794

answers: emergency water supplies

answers: NDQ_001795

answers: emergency water supplies

answers: NDQ_001796

answers: emergency water supplies can be put into effect.

answers: NDQ_001797

answers: emergency water supplies

answers: NDQ_001798

answers: One of the most important elements of water security is early and accurate contamination detection.

answers: NDQ_001799

answers: emergency water supplies

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: emergency water supplies can be put into effect.

answers: NDQ_001802

answers: contamination is detected early enough, it can be prevented from reaching consumers,

answers: NDQ_001803

answers: emergency water supplies

answers: NDQ_001804

answers: water utilities

answers: NDQ_001805

answers: consumers,

text: Example:Hai district. In the Hai District in the Kilimanjaro Region 200,000 people in 55 villages are served by gravity systems from sources in the rainforest on the slopes of Mount Kilimandjaro. Until the early 1990s the water systems were in bad shape: Local communities did not maintain the infrastructure, water quality was poor and some systems even failed to provide any water. The national water policies of 1991 and 2002, which emphasized local participation and ownership as well as payment for water and metering, turned the situation around. Together with investments financed as part of development cooperation with Germany the new approach achieved substantial improvements. It benefited from a strong local tradition of self-help. Water systems are now operated and maintained by employees of water supply trusts - the local name for a COWSO. Each trust has ten members, half of which have to by women by law, who are elected by the communities. They set tariffs, manage their own budgets and hire managers for each water system. The managers in turn supervise technicians and accountants employed by the water committee. Water is sold at public taps by tap agents or provided to metered house connections. An evaluation in 2002 showed that the incidence of waterborne diseases had declined substantially compared to the early 1990s and that costs were more than fully recovered. As of 2009, water supply remained continuous and water quality good. The water committees remained financially sustainabile with more than 90% of the customers paying their water bills.

text: Example:Hai district. In the

text: Hai District

text: in the

text: Kilimanjaro Region

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: What is sold at public taps by tap agents?

answers: NDQ_001770

answers: waterborne diseases

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: swimming, hiking, or fishing?

answers: NDQ_001772

answers: COWSO

answers: NDQ_001773

answers: Which of the following is not a type of chemical: pesticides, fertilizers, or pesticides?

answers: NDQ_001774

answers: fails to provide any water

answers: NDQ_001775

answers: Which of the following is not a type of water system: tap agents or house connections?

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: local participation and ownership of what?

answers: NDQ_001778

answers: Local communities did not maintain

answers: NDQ_001781

answers: does not provide any water

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of waterborne diseases?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: Which of the following is not a type of water used to generate electricity?

answers: NDQ_001790

answers: Which of the following is not true?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: NDQ_001796

answers: Which of the following is not a benefit of water supply trusts?

answers: NDQ_001797

answers: How many people are served by gravity systems in the Hai district?

answers: NDQ_001798

answers: Why did the incidence of waterborne diseases decline substantially?

answers: NDQ_001799

answers: Why is water safe to drink if it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: water quality was poor and some systems even failed to provide any water

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: gravity systems

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: local participation and ownership as well as payment for water and metering,

answers: NDQ_001769

answers: public taps

answers: NDQ_001770

answers: waterborne diseases

answers: NDQ_001771

answers: sold at public taps by tap agents

answers: NDQ_001772

answers: COWSO.

answers: NDQ_001773

answers: Germany

answers: NDQ_001774

answers: some systems even failed to provide any water.

answers: NDQ_001775

answers: sold at public taps by tap agents

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: Local communities did not maintain the infrastructure,

answers: NDQ_001778

answers: Local communities did not maintain the infrastructure,

answers: NDQ_001781

answers: water quality was poor and some systems even failed to provide any water.

answers: NDQ_001782

answers: waterborne diseases

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: water quality was poor

answers: NDQ_001788

answers: some systems even failed to provide any water.

answers: NDQ_001789

answers: metered house connections.

answers: NDQ_001790

answers: 90% of the customers paying their water bills.

answers: NDQ_001791

answers: 90% of the customers paying their water bills.

answers: NDQ_001792

answers: sources in the rainforest on the slopes of Mount Kilimandjaro.

answers: NDQ_001793

answers: waterborne diseases

answers: NDQ_001794

answers: rainforest on the slopes of Mount Kilimandjaro.

answers: NDQ_001795

answers: 2009,

answers: NDQ_001796

answers: incidence of waterborne diseases had declined substantially compared to the early 1990s

answers: NDQ_001797

answers: rainforest

answers: NDQ_001798

answers: the incidence of waterborne diseases

answers: NDQ_001799

answers: gravity systems

answers: NDQ_001800

answers: water systems were in bad shape:

answers: NDQ_001801

answers: 2009,

answers: NDQ_001802

answers: water quality was poor

answers: NDQ_001803

answers: gravity systems

answers: NDQ_001804

answers: gravity systems

answers: NDQ_001805

answers: 200,000 people

text: The ponds or Kunstteiche used to provide water for the mining industry in the Freiberg Mining Field, in order to drive water wheels and stamp mills and to wash the ore. They are connected to one another by around 50 km of ditches (Kunstgräben) and tunnels (Röschen).The Upper RWA supplies drinking water, the Lower RWA industrial water. The RWA system also transfers water from the  Rauschenbach Reservoir to the Saidenbach Reservoir in order to supply the Chemnitz area. In addition, water is transferred from the Oberer Großhartmannsdorfer Teich via the Lichtenberg Reservoir and from there to the Klingenberg Reservoir and into the Dresden area.

text: The ponds or

text: Kunstteich

text: e used to provide water for the mining industry in the

text: Freiberg Mining Field

text: , in order to drive

text: water wheel

text: s and

text: stamp mill

text: s and to wash the ore. They are connected to one another by around 50 km of ditches (

text: Kunstgräben

text: ) and tunnels (

text: Rösche

text: n).The Upper RWA supplies

text: drinking water

text: , the Lower RWA

text: industrial water

text: . The RWA system also transfers water from the

text: Rauschenbach Reservoir

text: to the

text: Saidenbach Reservoir

text: in order to supply the

text: Chemnitz

text: area. In addition, water is transferred from the

text: Oberer Großhartmannsdorfer Teich

text: via the

text: Lichtenberg Reservoir

text: and from there to the

text: Klingenberg Reservoir

text: and into the

text: Dresden

text: area.

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: The Upper RWA supplies drinking water

answers: NDQ_001770

answers: The Lower RWA supplies drinking water

answers: NDQ_001771

answers: What does the Upper RWA supply?

answers: NDQ_001772

answers: drinking water

answers: NDQ_001773

answers: What does the Lower RWA supply?

answers: NDQ_001774

answers: Lower RWA industrial water

answers: NDQ_001775

answers: to wash the ore

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: Upper RWA supplies drinking water

answers: NDQ_001778

answers: mining

answers: NDQ_001781

answers: was used for mining

answers: NDQ_001782

answers: Which of the following is not a form of life: drinking water or industrial water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many ponds are connected to one another by around 50 km of ditches?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: The Upper RWA supplies drinking water, the Lower RWA industrial water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: The Upper RWA supplies drinking water

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Drier climates?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What does the Upper RWA supply?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: the Lower RWA industrial water

answers: NDQ_001803

answers: drinking water

answers: NDQ_001804

answers: ditches

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: drinking water,

answers: NDQ_001769

answers: drinking water,

answers: NDQ_001770

answers: drinking water,

answers: NDQ_001771

answers: drinking water,

answers: NDQ_001772

answers: mining industry

answers: NDQ_001773

answers: Freiberg Mining Field,

answers: NDQ_001774

answers: drinking water,

answers: NDQ_001775

answers: to drive water wheels and stamp mills and to wash the ore.

answers: NDQ_001776

answers: drinking water,

answers: NDQ_001777

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001778

answers: mining industry

answers: NDQ_001781

answers: drinking water,

answers: NDQ_001782

answers: drinking water,

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001788

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001789

answers: water wheels and stamp mills

answers: NDQ_001790

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001793

answers: drinking water,

answers: NDQ_001794

answers: tunnels (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001795

answers: drinking water,

answers: NDQ_001796

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001797

answers: drinking water,

answers: NDQ_001798

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001799

answers: (Röschen).The Upper RWA supplies drinking water,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Freiberg Mining Field,

answers: NDQ_001802

answers: industrial water.

answers: NDQ_001803

answers: drinking water,

answers: NDQ_001804

answers: (Röschen).The

answers: NDQ_001805

answers: drinking water,

text: However, settling basins can introduce new kinds of water contamination, particularly if the water supply is from a well. The basin can catch windblown contaminants, and if the water is retained for a long period, algae grows in the pool, leading to greater filtration problems. Settling ponds may also be ineffective at reducing turbidity caused by small particles with specific gravity low enough to be suspended by Brownian motion. Usually, it can only remove particles ranging from sand (2mm in diameter) to silt (0.002mm in diameter).

text: However, settling basins can introduce new kinds of water contamination, particularly if the water supply is from a well. The basin can catch windblown contaminants, and if the water is retained for a long period, algae grows in the pool, leading to greater filtration problems. Settling ponds may also be ineffective at reducing turbidity caused by small particles with specific gravity low enough to be suspended by Brownian motion. Usually, it can only remove particles ranging from sand (2mm in diameter) to silt (0.002mm in diameter).

answers: NDQ_001768

answers: settling basins

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: algae to grow

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: algae

answers: NDQ_001773

answers: can be found in the following places:

answers: NDQ_001774

answers: settling basins

answers: NDQ_001775

answers: filtration

answers: NDQ_001776

answers: water contamination

answers: NDQ_001777

answers: wells

answers: NDQ_001778

answers: settling basins

answers: NDQ_001781

answers: settling basins

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of water contamination: windblown contaminants, algae, or silt?

answers: NDQ_001788

answers: settling basins can introduce new kinds of water contamination

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: settling basins can introduce new kinds

answers: NDQ_001797

answers: Which of the following is not a contaminant: windblown contaminants, algae, or settling basins?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving?

answers: NDQ_001800

answers: water contamination

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: particularly if the water supply is from a well

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: settling basins

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: a well.

answers: NDQ_001769

answers: pool,

answers: NDQ_001770

answers: algae grows in the pool,

answers: NDQ_001771

answers: pool,

answers: NDQ_001772

answers: settling basins

answers: NDQ_001773

answers: settling basins can introduce new kinds of water contamination,

answers: NDQ_001774

answers: windblown contaminants,

answers: NDQ_001775

answers: filtration

answers: NDQ_001776

answers: algae

answers: NDQ_001777

answers: a well.

answers: NDQ_001778

answers: settling basins

answers: NDQ_001781

answers: settling basins

answers: NDQ_001782

answers: settling basins

answers: NDQ_001785

answers: water contamination, particularly if the water supply is from a well.

answers: NDQ_001787

answers: settling basins

answers: NDQ_001788

answers: settling basins

answers: NDQ_001789

answers: well.

answers: NDQ_001790

answers: settling basins can introduce new kinds of water contamination,

answers: NDQ_001791

answers: water contamination, particularly if the water supply is from a well.

answers: NDQ_001792

answers: well.

answers: NDQ_001793

answers: well.

answers: NDQ_001794

answers: well.

answers: NDQ_001795

answers: well.

answers: NDQ_001796

answers: settling basins can introduce new kinds of water contamination,

answers: NDQ_001797

answers: well.

answers: NDQ_001798

answers: settling basins

answers: NDQ_001799

answers: Brownian motion.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: well.

answers: NDQ_001802

answers: particularly if the water supply is from a well.

answers: NDQ_001803

answers: settling basins

answers: NDQ_001804

answers: well.

answers: NDQ_001805

answers: well.

text: The Merced River's primary human use is irrigation. The Merced Irrigation District (MID) operates most of the irrigation infrastructure, which supplies water to  of farmland. As a whole, the system includes about 4,000 sets of control gates and  of canals. Irrigation has taken most of the water out of the lower river, which now rarely reaches the sea. Water that does return to the river does so in for form of irrigation return flows, which carry pesticides, fertilizer and other pollutants. The MID is federally required to allow at least  of water annually to flow continually down the river, not including flooding. The water has allowed the San Joaquin River below the Merced River confluence to contain water, while above the confluence all of its water is usually diverted for irrigation.

text: The Merced River's primary human use is

text: irrigation

text: . The Merced Irrigation District (MID) operates most of the irrigation infrastructure, which supplies water to  of farmland. As a whole, the system includes about 4,000 sets of control gates and  of canals. Irrigation has taken most of the water out of the lower river, which now rarely reaches the sea. Water that does return to the river does so in for form of irrigation return flows, which carry

text: pesticide

text: s,

text: fertilizer

text: and other pollutants. The MID is federally required to allow at least  of water annually to flow continually down the river, not including flooding. The water has allowed the San Joaquin River below the Merced River confluence to contain water, while above the confluence all of its water is usually diverted for irrigation.

answers: NDQ_001768

answers: Irrigation

answers: NDQ_001769

answers: What does MID stand for?

answers: NDQ_001770

answers: Pollutants

answers: NDQ_001771

answers: Which of the following is not a form of irrigation return flows: pesticides, fertilizer or other pollutants?

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a pollutant: pesticides, fertilizer or other pollutants?

answers: NDQ_001774

answers: Irrigation

answers: NDQ_001775

answers: What is the primary human use of the Merced River

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: Irrigation

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: does not reach the sea

answers: NDQ_001782

answers: Which of the following is not a form of pollution: pesticides, fertilizer and other pollutants?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: Which of the following is not a type of pollutants: pesticides, fertilizer or other pollutants?

answers: NDQ_001788

answers: What is the Merced Irrigation District?

answers: NDQ_001789

answers: What is the primary human use of the Merced River?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or river?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where does most of the fresh water on Earth come from?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of pollutants: pesticides, fertilizer and other pollutants?

answers: NDQ_001797

answers: Which of the following is not a human use of the Merced River: irrigation or farming?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What does the water that does return to the river carry?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: return flows, which carry pesticides, fertilizer and other pollutants

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: canals

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation.

answers: NDQ_001769

answers: irrigation. The Merced Irrigation District

answers: NDQ_001770

answers: pesticides, fertilizer and other pollutants.

answers: NDQ_001771

answers: irrigation.

answers: NDQ_001772

answers: irrigation.

answers: NDQ_001773

answers: pesticides, fertilizer

answers: NDQ_001774

answers: Irrigation

answers: NDQ_001775

answers: pesticides, fertilizer and other pollutants.

answers: NDQ_001776

answers: pesticides,

answers: NDQ_001777

answers: farmland.

answers: NDQ_001778

answers: irrigation.

answers: NDQ_001781

answers: pesticides, fertilizer and other pollutants.

answers: NDQ_001782

answers: irrigation.

answers: NDQ_001785

answers: irrigation.

answers: NDQ_001787

answers: irrigation return flows, which carry pesticides, fertilizer and other pollutants.

answers: NDQ_001788

answers: Irrigation has taken most of the water out of the lower river,

answers: NDQ_001789

answers: irrigation.

answers: NDQ_001790

answers: irrigation return flows,

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: The Merced River's primary human use is irrigation.

answers: NDQ_001793

answers: irrigation return flows, which carry pesticides, fertilizer and other pollutants.

answers: NDQ_001794

answers: Irrigation has taken most of the water out of the lower river,

answers: NDQ_001795

answers: irrigation return flows,

answers: NDQ_001796

answers: irrigation return flows, which carry pesticides, fertilizer and other pollutants.

answers: NDQ_001797

answers: Irrigation

answers: NDQ_001798

answers: Irrigation has taken most of the water out of the lower river,

answers: NDQ_001799

answers: irrigation return flows, which carry pesticides, fertilizer and other pollutants.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: flooding.

answers: NDQ_001802

answers: irrigation return flows, which carry pesticides, fertilizer and other pollutants.

answers: NDQ_001803

answers: irrigation.

answers: NDQ_001804

answers: canals.

answers: NDQ_001805

answers: irrigation.

text: Beyond human health and ecosystem health, water quality is important for various industries (such as power generation, metals, mining, and petroleum) which require high-quality water to operate. Less high quality water (either through contamination or physical water scarcity) could impact and limit the choices of technology available to developing countries. Reductions in water quality have the dual effect of not only increase the water stress to industrial companies in these areas but typically also apply increasing the pressure to improve the quality of the industrial wastewater.

text: Beyond human health and ecosystem health, water quality is important for various industries (such as power generation, metals, mining, and petroleum) which require high-quality water to operate. Less high quality water (either through contamination or physical water scarcity) could impact and limit the choices of technology available to developing countries. Reductions in water quality have the dual effect of not only increase the water stress to industrial companies in these areas but typically also apply increasing the pressure to improve the quality of the industrial wastewater.

answers: NDQ_001768

answers: less high quality water

answers: NDQ_001769

answers: power generation

answers: NDQ_001770

answers: water stress to industrial companies

answers: NDQ_001771

answers: fishing, swimming, and swimming

answers: NDQ_001772

answers: power generation

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: contamination

answers: NDQ_001775

answers: to operate

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: physical water scarcity

answers: NDQ_001778

answers: reductions in water quality

answers: NDQ_001781

answers: contamination

answers: NDQ_001782

answers: Which of the following is not a form of life: human health, ecosystem health, or petroleum?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: industrial wastewater

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Less high quality water

answers: NDQ_001797

answers: What could impact and limit the choices of technology available to developing countries?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: physical water scarcity

answers: NDQ_001802

answers: Reductions in water quality

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: industrial wastewater

answers: NDQ_001805

answers: power generation

answers: NDQ_001768

answers: Less high quality water

answers: NDQ_001769

answers: power generation,

answers: NDQ_001770

answers: water stress

answers: NDQ_001771

answers: human health and ecosystem health,

answers: NDQ_001772

answers: power generation, metals, mining, and petroleum)

answers: NDQ_001773

answers: water quality

answers: NDQ_001774

answers: contamination or physical water scarcity)

answers: NDQ_001775

answers: to operate.

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: physical water scarcity)

answers: NDQ_001778

answers: Reductions in water quality

answers: NDQ_001781

answers: contamination or physical water scarcity)

answers: NDQ_001782

answers: human health and ecosystem health,

answers: NDQ_001785

answers: Less high quality water

answers: NDQ_001787

answers: Less high quality water

answers: NDQ_001788

answers: industrial wastewater.

answers: NDQ_001789

answers: power generation,

answers: NDQ_001790

answers: limit the choices of technology available to developing countries.

answers: NDQ_001791

answers: Beyond human health and ecosystem health,

answers: NDQ_001792

answers: water quality is important for various industries

answers: NDQ_001793

answers: developing countries.

answers: NDQ_001794

answers: Beyond human health and ecosystem health,

answers: NDQ_001795

answers: Less high quality water (either through contamination or physical water scarcity)

answers: NDQ_001796

answers: Less high quality water

answers: NDQ_001797

answers: Less high quality water (either through contamination or physical water scarcity)

answers: NDQ_001798

answers: Beyond human health and ecosystem health,

answers: NDQ_001799

answers: human health and ecosystem health,

answers: NDQ_001800

answers: water scarcity)

answers: NDQ_001801

answers: Less high quality water (either through contamination or physical water scarcity)

answers: NDQ_001802

answers: contamination or physical water scarcity)

answers: NDQ_001803

answers: wastewater.

answers: NDQ_001804

answers: industrial wastewater.

answers: NDQ_001805

answers: power generation, metals, mining, and petroleum)

text: Developers originally intended for players to be permanently out of a race when falling far off a track, however they came to realize that it was not fun for players "to be forced to go slow or suffer an instant defeat." An attempt was made to give three "strikes" to a rider.  Once the rider fell for the third time they were out of the race.  However once implemented developers noticed that the number of racers remaining at the end of the race was too random to be deemed any fun.  In the end the decision was made to simply respawn the character on the track. The PC version was ported in large part by John Olsen, who worked on the port as his first task at SingleTrac.  The PC version also features 3Dfx hardware acceleration, which allows for higher resolution gameplay and visual enhancements such as reflective water.  Axiom Design created the user interface shell for the game, which has a comic book-inspired feel. The music for Jet Moto was produced by Big Idea Music Productions.

text: Developers originally intended for players to be permanently out of a race when falling far off a track, however they came to realize that it was not fun for players "to be forced to go slow or suffer an instant defeat." An attempt was made to give three "strikes" to a rider.  Once the rider fell for the third time they were out of the race.  However once implemented developers noticed that the number of racers remaining at the end of the race was too random to be deemed any fun.  In the end the decision was made to simply respawn the character on the track. The PC version was ported in large part by John Olsen, who worked on the port as his first task at SingleTrac.  The PC version also features

text: hardware acceleration, which allows for higher resolution gameplay and visual enhancements such as reflective water.  Axiom Design created the

text: user interface shell

text: for the game, which has a comic book-inspired feel. The music for Jet Moto was produced by Big Idea Music Productions.

answers: NDQ_001768

answers: untreated water

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: What may cause players to be permanently out of a race?

answers: NDQ_001771

answers: How many "strikes" did a rider receive?

answers: NDQ_001772

answers: Jet Moto

answers: NDQ_001773

answers: Which of the following is not a product of agriculture: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: falls far off a track

answers: NDQ_001775

answers: respawn the character on the track

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: water availability

answers: NDQ_001778

answers: cutting down trees

answers: NDQ_001781

answers: was not fun for players

answers: NDQ_001782

answers: What does water need to survive?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many racers remain at the end of the race?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: how many people

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How many "strikes" were given to a rider?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: The PC version also features 3Dfx hardware acceleration,

answers: NDQ_001803

answers: watering can

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: Jet Moto

answers: NDQ_001768

answers: reflective water.

answers: NDQ_001769

answers: Big Idea Music Productions.

answers: NDQ_001770

answers: reflective water.

answers: NDQ_001771

answers: reflective water.

answers: NDQ_001772

answers: Jet Moto

answers: NDQ_001773

answers: Big Idea Music Productions.

answers: NDQ_001774

answers: falling far off a track,

answers: NDQ_001775

answers: visual enhancements such as reflective water.

answers: NDQ_001776

answers: falling far off a track,

answers: NDQ_001777

answers: 3Dfx hardware acceleration,

answers: NDQ_001778

answers: falling far off a track,

answers: NDQ_001781

answers: falling far off a track,

answers: NDQ_001782

answers: reflective water.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: 3Dfx hardware acceleration,

answers: NDQ_001788

answers: Jet Moto

answers: NDQ_001789

answers: reflective water.

answers: NDQ_001790

answers: water.

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: reflective water.

answers: NDQ_001793

answers: water.

answers: NDQ_001794

answers: reflective water.

answers: NDQ_001795

answers: reflective water.

answers: NDQ_001796

answers: water.

answers: NDQ_001797

answers: reflective water.

answers: NDQ_001798

answers: reflective water.

answers: NDQ_001799

answers: reflective water.

answers: NDQ_001800

answers: the number of racers

answers: NDQ_001801

answers: water.

answers: NDQ_001802

answers: reflective water.

answers: NDQ_001803

answers: reflective water.

answers: NDQ_001804

answers: track,

answers: NDQ_001805

answers: Jet Moto

text: -	Be'eli was a pan-Arabian junior deity who was responsible for water and underground water springs and the patron god of shepherds and nomads, but the Mehri tribe viewed him as important deity who supplied water to their agricultural land. The pre-Islamic Mehri tribe used to believe that he was the master and the shepherd of the humans

text: -	Be'eli was a pan-Arabian junior deity who was responsible for water and underground water springs and the patron god of shepherds and nomads, but the

text: Mehri

text: tribe viewed him as important deity who supplied water to their agricultural land. The pre-Islamic Mehri tribe used to believe that he was the master and the shepherd of the humans

answers: NDQ_001768

answers: agricultural land

answers: NDQ_001769

answers: agricultural purposes

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Mehri

answers: NDQ_001773

answers: are used in the manufacture of fertilizers

answers: NDQ_001774

answers: is evaporated

answers: NDQ_001775

answers: agricultural land

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: Mehri tribe

answers: NDQ_001778

answers: agricultural land

answers: NDQ_001781

answers: be'eli

answers: NDQ_001782

answers: What is Be'eli responsible for?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a cause of groundwater contamination?

answers: NDQ_001788

answers: The Mehri tribe viewed him as important deity who supplied water to their agricultural land.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the Mehri tribe responsible for?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: underground water springs

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Be'eli was responsible for water and underground water springs

answers: NDQ_001797

answers: Which of the following is not a reason to believe in Be'eli?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Be'eli

answers: NDQ_001802

answers: nomads

answers: NDQ_001803

answers: underground water spring

answers: NDQ_001804

answers: be'eli

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: agricultural land.

answers: NDQ_001769

answers: agricultural land.

answers: NDQ_001770

answers: agricultural land.

answers: NDQ_001771

answers: underground water springs

answers: NDQ_001772

answers: shepherds and nomads,

answers: NDQ_001773

answers: water to their agricultural land.

answers: NDQ_001774

answers: underground water springs

answers: NDQ_001775

answers: water to their agricultural land.

answers: NDQ_001776

answers: water and underground water springs

answers: NDQ_001777

answers: agricultural land.

answers: NDQ_001778

answers: agricultural land.

answers: NDQ_001781

answers: water to their agricultural land.

answers: NDQ_001782

answers: Be'eli

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: underground water springs

answers: NDQ_001788

answers: water and underground water springs

answers: NDQ_001789

answers: underground water springs

answers: NDQ_001790

answers: Be'eli

answers: NDQ_001791

answers: water and underground water springs

answers: NDQ_001792

answers: underground water springs

answers: NDQ_001793

answers: underground water springs

answers: NDQ_001794

answers: underground water springs

answers: NDQ_001795

answers: Be'eli

answers: NDQ_001796

answers: Be'eli

answers: NDQ_001797

answers: underground water springs

answers: NDQ_001798

answers: Be'eli

answers: NDQ_001799

answers: underground water springs

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: water and underground water springs

answers: NDQ_001802

answers: water and underground water springs

answers: NDQ_001803

answers: underground water springs

answers: NDQ_001804

answers: underground water springs

answers: NDQ_001805

answers: agricultural land.

text: Tariffs for water distribution include irrigation tariffs and drinking water tariffs. These are historically the most important types of tariffs. Drinking water tariffs levied by utilities are approved by the national superintendency for water supply and sanitation, SUNASS. Tariffs are low compared to some neighboring countries, such as Brazil and Chile. Water bills are often not paid. (See water supply and sanitation in Peru). Irrigation tariffs are collected by water user boards. Water is rarely metered and therefore fees are mostly based on area and crop types rather than on volume of water used. Tariffs vary between US$2.2 per ha and US$25.55 per ha, and collection rates vary from 10% in the Amazon and 68% in the Costa region. Farmers contribute in cash through payment of the water tariff and in kind, through labor and materials, following ancestral practices.(See Irrigation in Peru)

text: Tariffs for water distribution include irrigation tariffs and drinking water tariffs. These are historically the most important types of tariffs. Drinking water tariffs levied by utilities are approved by the national superintendency for water supply and sanitation, SUNASS. Tariffs are low compared to some neighboring countries, such as Brazil and Chile. Water bills are often not paid. (See

text: water supply and sanitation in Peru

text: ). Irrigation tariffs are collected by water user boards. Water is rarely metered and therefore fees are mostly based on area and crop types rather than on volume of water used. Tariffs vary between US$2.2 per ha and US$25.55 per ha, and collection rates vary from 10% in the Amazon and 68% in the Costa region. Farmers contribute in cash through payment of the water tariff and in kind, through labor and materials, following ancestral practices.(See

text: Irrigation in Peru

answers: NDQ_001768

answers: tariffs for water distribution

answers: NDQ_001769

answers: Irrigation

answers: NDQ_001770

answers: Water is rarely metered

answers: NDQ_001771

answers: What is the most common type of water use in Peru?

answers: NDQ_001772

answers: Farmers

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: is rarely metered

answers: NDQ_001775

answers: labor and materials

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: tariffs

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: Irrigation tariffs are collected by water user boards

answers: NDQ_001782

answers: What do all forms of life need to survive?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Irrigation tariffs are collected by water user boards

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: Why is water scarcity not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the national superintendency for water supply and sanitation?

answers: NDQ_001797

answers: What is the reason for the low tariffs?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a

answers: NDQ_001802

answers: 10% in the Amazon and 68% in the Costa region

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Irrigation

answers: NDQ_001805

answers: Drinking water

answers: NDQ_001768

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001769

answers: drinking water tariffs.

answers: NDQ_001770

answers: Water is rarely metered

answers: NDQ_001771

answers: drinking water tariffs.

answers: NDQ_001772

answers: Farmers

answers: NDQ_001773

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001774

answers: Water is rarely metered

answers: NDQ_001775

answers: labor and materials,

answers: NDQ_001776

answers: sanitation,

answers: NDQ_001777

answers: area and crop types

answers: NDQ_001778

answers: Farmers

answers: NDQ_001781

answers: Water is rarely metered

answers: NDQ_001782

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001785

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001787

answers: Irrigation tariffs are collected by water user boards.

answers: NDQ_001788

answers: Irrigation tariffs

answers: NDQ_001789

answers: Irrigation tariffs

answers: NDQ_001790

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001791

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001792

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001793

answers: Tariffs are low compared to some neighboring countries,

answers: NDQ_001794

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001795

answers: drinking water tariffs.

answers: NDQ_001796

answers: drinking water tariffs.

answers: NDQ_001797

answers: Irrigation tariffs

answers: NDQ_001798

answers: Irrigation tariffs

answers: NDQ_001799

answers: Drinking water tariffs

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Tariffs for water distribution include irrigation tariffs and drinking water tariffs.

answers: NDQ_001802

answers: 10% in the Amazon and 68% in the Costa region.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Irrigation tariffs are collected by water user boards.

answers: NDQ_001805

answers: drinking water tariffs.

text: Drought and limited rainfall contribute to shortages in the nation's water supply, so maintaining an adequate supply of water for agricultural and domestic use is one of Oman's most pressing environmental problems, with limited renewable water resources. 94% of available water is used in farming and 2% for industrial activity, with the majority sourced from fossil water in the desert areas and spring water in hills and mountains.

text: Drought and limited rainfall contribute to shortages in the nation's water supply, so maintaining an adequate supply of water for agricultural and domestic use is one of Oman's most pressing environmental problems, with limited renewable

text: water resources

text: . 94% of available water is used in farming and 2% for industrial activity, with the majority sourced from

text: fossil water

text: in the desert areas and spring water in hills and mountains.

answers: NDQ_001768

answers: limited renewable water resources

answers: NDQ_001769

answers: domestic use

answers: NDQ_001770

answers: industrial activity

answers: NDQ_001771

answers: unanswerable

answers: NDQ_001772

answers: farming

answers: NDQ_001773

answers: are used in the manufacture of fertilizers and pesticides

answers: NDQ_001774

answers: 2% for industrial activity

answers: NDQ_001775

answers: 2%

answers: NDQ_001776

answers: lack of sanitation

answers: NDQ_001777

answers: limited rainfall

answers: NDQ_001778

answers: industrial activity

answers: NDQ_001781

answers: limited renewable water resources

answers: NDQ_001782

answers: Which of the following is not a form of life: agricultural and domestic

answers: NDQ_001785

answers: (iii)

answers: NDQ_001787

answers: What is one of Oman's most pressing environmental problems?

answers: NDQ_001788

answers: 2% for industrial activity

answers: NDQ_001789

answers: 2% for industrial activity

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: spring water in hills and mountains

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, desert, or mountain?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: limited renewable water resources

answers: NDQ_001801

answers: Drought

answers: NDQ_001802

answers: 94% of available water is used in farming and 2% for industrial activity

answers: NDQ_001803

answers: limited renewable water resources

answers: NDQ_001804

answers: spring water

answers: NDQ_001805

answers: farming

answers: NDQ_001768

answers: fossil water

answers: NDQ_001769

answers: domestic

answers: NDQ_001770

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001771

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001772

answers: industrial activity,

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: industrial activity,

answers: NDQ_001775

answers: 2%

answers: NDQ_001776

answers: Drought and limited rainfall

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: industrial activity,

answers: NDQ_001781

answers: limited renewable water resources.

answers: NDQ_001782

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001788

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001789

answers: 2% for industrial activity,

answers: NDQ_001790

answers: 2% for industrial activity, with the majority sourced from fossil water

answers: NDQ_001791

answers: 2% for industrial activity, with the majority sourced from fossil water

answers: NDQ_001792

answers: spring water in hills and mountains.

answers: NDQ_001793

answers: spring water in hills and mountains.

answers: NDQ_001794

answers: spring water in hills and mountains.

answers: NDQ_001795

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001796

answers: Drought and limited rainfall

answers: NDQ_001797

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001798

answers: 94% of available water is used in farming and 2% for industrial activity,

answers: NDQ_001799

answers: spring water

answers: NDQ_001800

answers: limited renewable water resources.

answers: NDQ_001801

answers: Drought

answers: NDQ_001802

answers: 2%

answers: NDQ_001803

answers: spring water in hills and mountains.

answers: NDQ_001804

answers: spring water in hills and mountains.

answers: NDQ_001805

answers: farming

text: Five reservoirs within the ranges supply water to the Auckland region, including the Waitakere Reservoir and the Lower Nihotupu Reservoir. Combined, the reservoirs supply approximately 26% of Auckland's potable water demand. The ranges receive an average of over 2,000 mm (78.75 inches) of rainfall annually while the corresponding rate in the city is less than half that. As weather systems approach across the Tasman Sea, their path is blocked by the ranges causing a small uplift sufficient to trigger orographic rainfall.

text: Five

text: reservoir

text: s within the ranges supply water to the Auckland region, including the

text: Waitakere Reservoir

text: and the

text: Lower Nihotupu Reservoir

text: . Combined, the reservoirs supply approximately 26% of Auckland's potable water demand. The ranges receive an average of over 2,000 mm (78.75 inches) of rainfall annually while the corresponding rate in the city is less than half that. As weather systems approach across the

text: Tasman Sea

text: , their path is blocked by the ranges causing a small uplift sufficient to trigger

text: orographic rainfall

answers: NDQ_001768

answers: potable water demand

answers: NDQ_001769

answers: potable

answers: NDQ_001770

answers: a small uplift

answers: NDQ_001771

answers: What type of recreation does the Waitakere Reservoir provide?

answers: NDQ_001772

answers: Auckland

answers: NDQ_001773

answers: Which of the following is not a source of potable water: Waitakere Reservoir or Lower Nihotupu Reservoir?

answers: NDQ_001774

answers: less than half that

answers: NDQ_001775

answers: potable water demand

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: potable water demand

answers: NDQ_001781

answers: unsuitable

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or birds?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The ranges receive an average of over 2,000 mm

answers: NDQ_001789

answers: Which of the following is not a type of water: potable water or electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How many inches of rainfall does Auckland receive annually?

answers: NDQ_001798

answers: The ranges receive an average of over 2,000 mm

answers: NDQ_001799

answers: What type of water is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: the corresponding rate in the city is less than half that

answers: NDQ_001802

answers: the corresponding rate in the city is less than half that

answers: NDQ_001803

answers: reservoirs

answers: NDQ_001804

answers: Waitakere Reservoir

answers: NDQ_001805

answers: potable water demand

answers: NDQ_001768

answers: Five reservoirs within the ranges supply water to the Auckland region,

answers: NDQ_001769

answers: potable

answers: NDQ_001770

answers: orographic rainfall.

answers: NDQ_001771

answers: Waitakere Reservoir

answers: NDQ_001772

answers: Auckland region,

answers: NDQ_001773

answers: Five reservoirs within the ranges supply water to the Auckland region,

answers: NDQ_001774

answers: weather systems approach across the Tasman Sea,

answers: NDQ_001775

answers: potable water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: weather systems

answers: NDQ_001781

answers: weather systems approach across the Tasman Sea,

answers: NDQ_001782

answers: Five reservoirs within the ranges supply water to the Auckland region,

answers: NDQ_001785

answers: 2,000 mm (78.75 inches) of rainfall annually

answers: NDQ_001787

answers: 26% of Auckland's potable water

answers: NDQ_001788

answers: 2,000 mm (78.75 inches) of rainfall annually

answers: NDQ_001789

answers: 2,000 mm (78.75 inches) of rainfall

answers: NDQ_001790

answers: Five reservoirs within the ranges supply water to the Auckland region,

answers: NDQ_001791

answers: Five reservoirs within the ranges supply water to the Auckland region,

answers: NDQ_001792

answers: Five reservoirs within the ranges supply water to the Auckland region,

answers: NDQ_001793

answers: 2,000 mm (78.75 inches) of rainfall annually

answers: NDQ_001794

answers: (78.75 inches) of rainfall annually

answers: NDQ_001795

answers: Five reservoirs within the ranges supply water to the Auckland region,

answers: NDQ_001796

answers: 2,000 mm (78.75 inches) of rainfall

answers: NDQ_001797

answers: 2,000 mm (78.75 inches) of rainfall

answers: NDQ_001798

answers: less than half that.

answers: NDQ_001799

answers: 2,000 mm (78.75 inches) of rainfall

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: orographic rainfall.

answers: NDQ_001802

answers: 26% of Auckland's potable water demand.

answers: NDQ_001803

answers: reservoirs

answers: NDQ_001804

answers: Lower Nihotupu Reservoir.

answers: NDQ_001805

answers: rainfall.

text: Water shortages have become an increasingly pressing concern recently and with recent predictions of a high probability of the current drought turning into a megadrought occurring in the western United States, technologies involving water treatment and processing need to improve. Carbon nanotubes (CNT) have been the subject of extensive studies because they demonstrate a range of unique properties that existing technologies lack. For example, carbon nanotube membranes can demonstrate higher water flux with lower energy than current membranes. These membranes can also filter out particles that are too small for conventional systems which can lead to better water purification techniques and less waste. The largest obstacle facing CNT is processing as it is difficult to produce them in the large quantities that most of these technologies will require.

text: Water shortages have become an increasingly pressing concern recently and with recent predictions of a high probability of the current drought turning into a

text: megadrought

text: occurring in the western United States, technologies involving water treatment and processing need to improve.

text: Carbon nanotubes

text: (CNT) have been the subject of extensive studies because they demonstrate a range of unique properties that existing technologies lack. For example, carbon

text: nanotube membrane

text: s can demonstrate higher water flux with lower energy than current membranes. These membranes can also filter out particles that are too small for conventional systems which can lead to better water purification techniques and less waste. The largest obstacle facing CNT is processing as it is difficult to produce them in the large quantities that most of these technologies will require.

answers: NDQ_001768

answers: carbon nanotubes

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: Which of the following is not a type of water recreation: swimming, hiking, or fishing?

answers: NDQ_001772

answers: United States

answers: NDQ_001773

answers: Which of the following is not a benefit of carbon nanotube membranes?

answers: NDQ_001774

answers: is too small

answers: NDQ_001775

answers: What is the main reason for water shortages?

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: water treatment and processing

answers: NDQ_001781

answers: is too small for conventional systems

answers: NDQ_001782

answers: Which of the following is true of carbon nanotube membranes?

answers: NDQ_001785

answers: Which of the following is true of carbon nanotubes?

answers: NDQ_001787

answers: Which of the following is not an obstacle facing CNT?

answers: NDQ_001788

answers: Which of the following is true of carbon nanotube membranes?

answers: NDQ_001789

answers: Which of the following is not a technology involving water treatment and processing?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a benefit of carbon nanotube membranes?

answers: NDQ_001797

answers: Which of the following is not a reason for people to worry about water shortages?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is true of carbon nanotube membranes?

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: megadrought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: carbon nanotube membranes

answers: NDQ_001805

answers: waste

answers: NDQ_001768

answers: Carbon nanotubes

answers: NDQ_001769

answers: a megadrought occurring in the western United States,

answers: NDQ_001770

answers: drought turning into a megadrought

answers: NDQ_001771

answers: a megadrought occurring in the western United States,

answers: NDQ_001772

answers: Carbon nanotubes

answers: NDQ_001773

answers: Carbon nanotubes

answers: NDQ_001774

answers: waste.

answers: NDQ_001775

answers: treatment and processing

answers: NDQ_001776

answers: Water shortages

answers: NDQ_001777

answers: technologies involving water treatment and processing

answers: NDQ_001778

answers: waste.

answers: NDQ_001781

answers: particles that are too small for conventional systems

answers: NDQ_001782

answers: Water shortages

answers: NDQ_001785

answers: a megadrought occurring in the western United States,

answers: NDQ_001787

answers: Carbon nanotubes

answers: NDQ_001788

answers: carbon nanotube membranes

answers: NDQ_001789

answers: water treatment and processing need to improve. Carbon nanotubes

answers: NDQ_001790

answers: Water shortages

answers: NDQ_001791

answers: Carbon nanotubes

answers: NDQ_001792

answers: megadrought occurring in the western United States,

answers: NDQ_001793

answers: Water shortages

answers: NDQ_001794

answers: Carbon nanotubes

answers: NDQ_001795

answers: Carbon nanotubes

answers: NDQ_001796

answers: Water shortages

answers: NDQ_001797

answers: drought turning into a megadrought occurring in the western United States,

answers: NDQ_001798

answers: Carbon nanotubes

answers: NDQ_001799

answers: water flux

answers: NDQ_001800

answers: Water shortages

answers: NDQ_001801

answers: drought turning into a megadrought

answers: NDQ_001802

answers: less waste.

answers: NDQ_001803

answers: Carbon nanotubes

answers: NDQ_001804

answers: Carbon nanotubes

answers: NDQ_001805

answers: Carbon nanotubes

text: Problems can be seen to have emerged in 1999, when the treaty’s limitations were revealed by events concerning water shortages in the Jordan basin. A reduced supply of water to Israel due to drought meant that, in turn, Israel which is responsible for providing water to Jordan, decreased its water provisions to the country, provoking a diplomatic disagreement between the two and bringing the water component of the treaty back into question.

text: Problems can be seen to have emerged in 1999, when the treaty’s limitations were revealed by events concerning

text: water shortage

text: s in the Jordan basin. A reduced supply of water to Israel due to drought meant that, in turn, Israel which is responsible for providing water to Jordan, decreased its water provisions to the country, provoking a diplomatic disagreement between the two and bringing the water component of the treaty back into question.

answers: NDQ_001768

answers: water sparingly

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: Israel

answers: NDQ_001773

answers: Which of the following is not a type of chemical: pesticides, fertilizers, or pesticides?

answers: NDQ_001774

answers: decreased its water provisions

answers: NDQ_001775

answers: to make products

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: drought

answers: NDQ_001778

answers: decreased its water provisions to the country

answers: NDQ_001781

answers: drought

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What can be seen to have emerged in 1999?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What can be seen to have emerged in 1999?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water shortages in the Jordan basin

answers: NDQ_001797

answers: Why did Israel decrease its water provisions to the country?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What can be seen to have emerged in 1999?

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: a reduced supply of water

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water shortages in the Jordan basin.

answers: NDQ_001769

answers: water shortages in the Jordan basin.

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: water shortages in the Jordan basin.

answers: NDQ_001772

answers: Israel

answers: NDQ_001773

answers: water shortages in the Jordan basin.

answers: NDQ_001774

answers: drought

answers: NDQ_001775

answers: water shortages in the Jordan basin. A reduced supply of water

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: drought

answers: NDQ_001778

answers: decreased its water provisions

answers: NDQ_001781

answers: drought

answers: NDQ_001782

answers: water shortages in the Jordan basin. A reduced supply of water

answers: NDQ_001785

answers: water shortages in the Jordan basin. A reduced supply of water

answers: NDQ_001787

answers: water shortages in the Jordan basin.

answers: NDQ_001788

answers: water shortages

answers: NDQ_001789

answers: water shortages in the Jordan basin. A reduced supply of water

answers: NDQ_001790

answers: water shortages in the Jordan basin.

answers: NDQ_001791

answers: water shortages in the Jordan basin.

answers: NDQ_001792

answers: water shortages in the Jordan basin.

answers: NDQ_001793

answers: water shortages in the Jordan basin.

answers: NDQ_001794

answers: water shortages in the Jordan basin.

answers: NDQ_001795

answers: water shortages in the Jordan basin.

answers: NDQ_001796

answers: water shortages in the Jordan basin.

answers: NDQ_001797

answers: drought

answers: NDQ_001798

answers: water shortages in the Jordan basin.

answers: NDQ_001799

answers: water shortages in the Jordan basin. A reduced supply of water

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: water shortages

answers: NDQ_001803

answers: water shortages in the Jordan basin. A reduced supply of water

answers: NDQ_001804

answers: water shortages in the Jordan basin.

answers: NDQ_001805

answers: water shortages in the Jordan basin.

text: Before public water was supplied to households it was necessary for someone annually to haul up to 10,000 gallons of water to the average household.

text: Before public water was supplied to households it was necessary for someone annually to haul up to 10,000 gallons of water to the average household.

answers: NDQ_001768

answers: fewer gallons

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a lot of damage

answers: NDQ_001771

answers: swimming in a lake

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: can be used to grow crops.

answers: NDQ_001774

answers: dries out

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: hauling 10,000 gallons

answers: NDQ_001781

answers: is too much

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is true of irrigation?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of Drier climates?

answers: NDQ_001798

answers: it is not possible to tell

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: is water scarcity

answers: NDQ_001801

answers: can be described as a drought

answers: NDQ_001802

answers: can not be determined

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used for drinking water

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: public water

answers: NDQ_001769

answers: public water was supplied to households

answers: NDQ_001770

answers: 10,000 gallons of water to the average household.

answers: NDQ_001771

answers: 10,000 gallons

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: 10,000 gallons

answers: NDQ_001775

answers: water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: public water was supplied to households

answers: NDQ_001778

answers: someone annually to haul up to 10,000 gallons of water

answers: NDQ_001781

answers: Before public water was supplied to households

answers: NDQ_001782

answers: Before public water

answers: NDQ_001785

answers: 10,000 gallons of water to the average household.

answers: NDQ_001787

answers: Before public water

answers: NDQ_001788

answers: 10,000 gallons of water to the average household.

answers: NDQ_001789

answers: 10,000 gallons of water

answers: NDQ_001790

answers: 10,000 gallons of water to the average household.

answers: NDQ_001791

answers: Before public water

answers: NDQ_001792

answers: Before public water

answers: NDQ_001793

answers: public water was supplied to households

answers: NDQ_001794

answers: Before public water

answers: NDQ_001795

answers: Before public water was supplied to households

answers: NDQ_001796

answers: 10,000 gallons of water to the average household.

answers: NDQ_001797

answers: 10,000 gallons of water to the average household.

answers: NDQ_001798

answers: 10,000 gallons of water to the average household.

answers: NDQ_001799

answers: Before public water

answers: NDQ_001800

answers: Before public water

answers: NDQ_001801

answers: Before

answers: NDQ_001802

answers: 10,000 gallons of water to the average household.

answers: NDQ_001803

answers: haul up to 10,000 gallons

answers: NDQ_001804

answers: public water

answers: NDQ_001805

answers: household.

text: The fort that once boasted of 84 water bodies has only 22 of them now. These water bodies are fed by natural catchment and rainfall, and have a combined storage of 4 billion litres that could meet the water needs of an army of 50,000. The supply could last for four years. These water bodies are in the form of ponds, wells and step wells.

text: The fort that once boasted of 84 water bodies has only 22 of them now. These water bodies are fed by natural catchment and rainfall, and have a combined storage of 4 billion litres that could meet the water needs of an army of 50,000. The supply could last for four years. These water bodies are in the form of ponds, wells and step wells.

answers: NDQ_001768

answers: 4 billion litres

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: floods

answers: NDQ_001771

answers: ponds

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a source of water: ponds, wells or step wells?

answers: NDQ_001774

answers: is drained out

answers: NDQ_001775

answers: chemical processes

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: step wells

answers: NDQ_001781

answers: can't be stored

answers: NDQ_001782

answers: Which of the following is not a form of life: ponds, wells and step wells?

answers: NDQ_001785

answers: Which of the following is not a form of water?

answers: NDQ_001787

answers: Which of the following is not a type of water body?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of water body?

answers: NDQ_001797

answers: Which of the following is not a form of water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: ponds

answers: NDQ_001804

answers: natural catchment

answers: NDQ_001805

answers: water bodies

answers: NDQ_001768

answers: ponds, wells and step wells.

answers: NDQ_001769

answers: water needs of an army of 50,000.

answers: NDQ_001770

answers: 50,000.

answers: NDQ_001771

answers: ponds, wells and step wells.

answers: NDQ_001772

answers: army of 50,000.

answers: NDQ_001773

answers: 50,000.

answers: NDQ_001774

answers: 50,000.

answers: NDQ_001775

answers: water needs of an army of 50,000.

answers: NDQ_001776

answers: water bodies

answers: NDQ_001777

answers: natural catchment and rainfall,

answers: NDQ_001778

answers: water needs

answers: NDQ_001781

answers: 50,000.

answers: NDQ_001782

answers: 50,000.

answers: NDQ_001785

answers: 50,000.

answers: NDQ_001787

answers: 50,000.

answers: NDQ_001788

answers: 50,000.

answers: NDQ_001789

answers: ponds, wells and step wells.

answers: NDQ_001790

answers: 50,000.

answers: NDQ_001791

answers: 50,000.

answers: NDQ_001792

answers: 50,000.

answers: NDQ_001793

answers: 50,000.

answers: NDQ_001794

answers: ponds, wells and step wells.

answers: NDQ_001795

answers: 50,000.

answers: NDQ_001796

answers: 50,000.

answers: NDQ_001797

answers: 50,000.

answers: NDQ_001798

answers: 84 water bodies

answers: NDQ_001799

answers: natural catchment and rainfall,

answers: NDQ_001800

answers: water bodies

answers: NDQ_001801

answers: rainfall,

answers: NDQ_001802

answers: 50,000.

answers: NDQ_001803

answers: ponds, wells and step wells.

answers: NDQ_001804

answers: step wells.

answers: NDQ_001805

answers: army of 50,000.

text: However, such intensive agriculture in such an arid area has had a significant negative impact of water supplies. Eighty-eight percent of all water taken from above and below the surface is used for agriculture. One third of aquifers are overdrafted, especially in Caborca, Guaymas and the coast near Hermosillo. There have been water disputes in the state, notablely between officials from Hermosillo and the relatively water-rich Ciudad Obregón. The overpumping has drastically lowered water tables and has increased soil salinity in many areas. In some areas, the tables have dropped by as much as one or two meters per year, making fresh water increasing unavailable and forcing the abandonment of croplands. For this reason, in the last quarter of the 20th century area under cultivation in Sonora dropped by more than 24%.

text: However, such intensive agriculture in such an arid area has had a significant negative impact of water supplies. Eighty-eight percent of all water taken from above and below the surface is used for agriculture. One third of

text: aquifer

text: s are overdrafted, especially in

text: Caborca

text: Guaymas

text: and the coast near

text: Hermosillo

text: . There have been water disputes in the state, notablely between officials from Hermosillo and the relatively water-rich Ciudad Obregón. The overpumping has drastically lowered water tables and has increased soil salinity in many areas. In some areas, the tables have dropped by as much as one or two meters per year, making fresh water increasing unavailable and forcing the abandonment of croplands. For this reason, in the last quarter of the 20th century area under cultivation in Sonora dropped by more than 24%.

answers: NDQ_001768

answers: Eighty-eight percent

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: overpumping

answers: NDQ_001771

answers: How many percent of all water taken from above and below the surface is used for agriculture?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a negative impact of intensive agriculture: water supplies, aquifers or soil salinity?

answers: NDQ_001774

answers: is used for agriculture

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: intensive agriculture

answers: NDQ_001778

answers: intensive agriculture

answers: NDQ_001781

answers: used for agriculture

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or crops?

answers: NDQ_001785

answers: How can we live longer without water than we can without food?

answers: NDQ_001787

answers: How many percent of all water taken from above and below the surface is used for agriculture?

answers: NDQ_001788

answers: How much of all water taken from above and below the surface is used for agriculture?

answers: NDQ_001789

answers: Which of the following is not a source of water: agriculture, aquifers, or seawater?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many percent of all water taken from above and below the surface is used for agriculture

answers: NDQ_001797

answers: How many percent of all water taken from above and below the surface is used for agriculture?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water supplies

answers: NDQ_001801

answers: the last quarter of the 20th century

answers: NDQ_001802

answers: Eighty-eight percent

answers: NDQ_001803

answers: overpumping

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: agriculture.

answers: NDQ_001769

answers: agriculture.

answers: NDQ_001770

answers: lowered water tables and has increased soil salinity

answers: NDQ_001771

answers: agriculture

answers: NDQ_001772

answers: agriculture.

answers: NDQ_001773

answers: water supplies.

answers: NDQ_001774

answers: agriculture.

answers: NDQ_001775

answers: agriculture.

answers: NDQ_001776

answers: agriculture

answers: NDQ_001777

answers: intensive agriculture

answers: NDQ_001778

answers: intensive agriculture

answers: NDQ_001781

answers: lowered water tables and has increased soil salinity

answers: NDQ_001782

answers: agriculture.

answers: NDQ_001785

answers: Eighty-eight percent

answers: NDQ_001787

answers: One third of aquifers are overdrafted,

answers: NDQ_001788

answers: Eighty-eight percent

answers: NDQ_001789

answers: agriculture.

answers: NDQ_001790

answers: water-rich Ciudad Obregón.

answers: NDQ_001791

answers: agriculture.

answers: NDQ_001792

answers: fresh water increasing unavailable and forcing the abandonment of croplands.

answers: NDQ_001793

answers: water-rich Ciudad Obregón.

answers: NDQ_001794

answers: above and below the surface is used for agriculture.

answers: NDQ_001795

answers: One third of aquifers are overdrafted,

answers: NDQ_001796

answers: One third of aquifers are overdrafted,

answers: NDQ_001797

answers: arid area has had a significant negative impact of water supplies.

answers: NDQ_001798

answers: 24%.

answers: NDQ_001799

answers: The overpumping

answers: NDQ_001800

answers: water supplies.

answers: NDQ_001801

answers: last quarter of the 20th century

answers: NDQ_001802

answers: One third of aquifers are overdrafted,

answers: NDQ_001803

answers: overpumping

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: agriculture.

text: Municipal water supplies are sourced from deep wells, jetmatic pump wells, rivers, and mountain springs. In some areas with insufficient water supply, several families share water from a communal deep well. However, despite its being land locked, residents of Tubungan still are adequately supplied with clean potable water for their household and agricultural needs.

text: Municipal water supplies are sourced from deep wells, jetmatic pump wells, rivers, and mountain springs. In some areas with insufficient water supply, several families share water from a communal deep well. However, despite its being land locked, residents of Tubungan still are adequately supplied with clean potable water for their household and agricultural needs.

answers: NDQ_001768

answers: deep wells

answers: NDQ_001769

answers: household and agricultural needs

answers: NDQ_001770

answers: septic problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: can be found in tubungan

answers: NDQ_001774

answers: land locked

answers: NDQ_001775

answers: Agricultural needs

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: ground conditions

answers: NDQ_001778

answers: agricultural needs

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a source of water: deep wells, rivers, or mountain springs?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a source of water: deep wells, jetmatic pump wells, rivers, or mountain springs?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: mountain springs

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a source of water: deep wells, jetmatic pump wells, rivers, and mountain springs?

answers: NDQ_001797

answers: Which of the following is not a source of municipal water supplies: rivers, mountain springs, or deep wells?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: insufficient water supply

answers: NDQ_001802

answers: In some areas with insufficient water supply

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: deep wells

answers: NDQ_001805

answers: household

answers: NDQ_001768

answers: Municipal water supplies are sourced from deep wells,

answers: NDQ_001769

answers: household and agricultural needs.

answers: NDQ_001770

answers: clean potable water

answers: NDQ_001771

answers: jetmatic pump wells, rivers, and mountain springs.

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: clean potable water

answers: NDQ_001774

answers: share water

answers: NDQ_001775

answers: agricultural needs.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: insufficient water supply,

answers: NDQ_001778

answers: agricultural needs.

answers: NDQ_001781

answers: insufficient water supply,

answers: NDQ_001782

answers: Municipal water supplies are sourced from deep wells,

answers: NDQ_001785

answers: Municipal water

answers: NDQ_001787

answers: deep wells,

answers: NDQ_001788

answers: agricultural needs.

answers: NDQ_001789

answers: jetmatic pump wells, rivers, and mountain springs.

answers: NDQ_001790

answers: residents of Tubungan still are adequately supplied with clean potable water

answers: NDQ_001791

answers: Municipal water supplies are sourced from deep wells,

answers: NDQ_001792

answers: Municipal water supplies are sourced from deep wells,

answers: NDQ_001793

answers: deep wells,

answers: NDQ_001794

answers: deep wells,

answers: NDQ_001795

answers: Tubungan still are adequately supplied with clean potable water

answers: NDQ_001796

answers: Municipal water supplies are sourced from deep wells,

answers: NDQ_001797

answers: Municipal water supplies are sourced from deep wells,

answers: NDQ_001798

answers: Municipal water supplies are sourced from deep wells,

answers: NDQ_001799

answers: rivers,

answers: NDQ_001800

answers: insufficient water supply,

answers: NDQ_001801

answers: Tubungan

answers: NDQ_001802

answers: clean potable water

answers: NDQ_001803

answers: jetmatic pump wells, rivers, and mountain springs.

answers: NDQ_001804

answers: jetmatic pump wells,

answers: NDQ_001805

answers: agricultural needs.

text: Israel does supply water, however, to the West Bank. Israel sells water to the West Bank at a rate of 53 MCM (million cubic meters) of water per year. Palestinians in the West Bank purchase about one third of their total water supply from Mekorot, Israel's national water agency. As is also true for Israel, most water is consumed in the Agricultural sector of the West Bank. Only about 5% of the West Bank is agricultural land. Under the Oslo II Accord, 80% of water from the above named sources goes to Israel, and 20% to the Palestinians living in the West Bank.

text: Israel does supply water, however, to the West Bank. Israel sells water to the West Bank at a rate of 53 MCM (million cubic meters) of water per year. Palestinians in the West Bank purchase about one third of their total water supply from

text: Mekorot

text: , Israel's national water agency. As is also true for Israel, most water is consumed in the Agricultural sector of the West Bank. Only about 5% of the West Bank is agricultural land. Under the

text: Oslo II Accord

text: , 80% of water from the above named sources goes to Israel, and 20% to the Palestinians living in the West Bank.

answers: NDQ_001768

answers: 5% of the West Bank

answers: NDQ_001769

answers: Agricultural

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: Agricultural sector of the West Bank

answers: NDQ_001772

answers: Palestinians

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or water?

answers: NDQ_001774

answers: is consumed in the Agricultural sector

answers: NDQ_001775

answers: most water is consumed in the agricultural sector

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: Israel's national water agency

answers: NDQ_001778

answers: most water is consumed in the Agricultural sector

answers: NDQ_001781

answers: consumed in the Agricultural sector

answers: NDQ_001782

answers: Which of the following is not true of the West Bank?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: most water is consumed in the Agricultural sector

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How many percent of the West Bank is agricultural land?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: Palestinians in the West Bank purchase about one third of their total water supply from Mekorot

answers: NDQ_001803

answers: Agricultural

answers: NDQ_001804

answers: Mekorot

answers: NDQ_001805

answers: Agricultural sector

answers: NDQ_001768

answers: Agricultural sector

answers: NDQ_001769

answers: Agricultural sector

answers: NDQ_001770

answers: Agricultural sector of the West Bank.

answers: NDQ_001771

answers: Agricultural sector of the West Bank.

answers: NDQ_001772

answers: Israel, and 20% to the Palestinians living in the West Bank.

answers: NDQ_001773

answers: 5% of the West Bank is agricultural land.

answers: NDQ_001774

answers: Agricultural sector of the West Bank.

answers: NDQ_001775

answers: Agricultural

answers: NDQ_001776

answers: water,

answers: NDQ_001777

answers: most water is consumed in the Agricultural sector of the West Bank.

answers: NDQ_001778

answers: most water is consumed in the Agricultural sector of the West Bank.

answers: NDQ_001781

answers: most water is consumed in the Agricultural sector of the West Bank.

answers: NDQ_001782

answers: Israel does supply water, however, to the West Bank.

answers: NDQ_001785

answers: 53 MCM (million cubic meters) of water per year.

answers: NDQ_001787

answers: 53 MCM (million cubic meters) of water per year.

answers: NDQ_001788

answers: most water is consumed in the Agricultural sector of the West Bank.

answers: NDQ_001789

answers: 53 MCM (million cubic meters) of water per year.

answers: NDQ_001790

answers: 80% of water from the above named sources goes to Israel,

answers: NDQ_001791

answers: 80% of water from the above named sources goes to Israel,

answers: NDQ_001792

answers: 80% of water from the above named sources goes to Israel,

answers: NDQ_001793

answers: Israel does supply water, however, to the West Bank.

answers: NDQ_001794

answers: Agricultural sector of the West Bank.

answers: NDQ_001795

answers: Palestinians in the West Bank purchase about one third of their total water supply

answers: NDQ_001796

answers: 53 MCM (million cubic meters) of water per year.

answers: NDQ_001797

answers: most water is consumed in the Agricultural sector of the West Bank.

answers: NDQ_001798

answers: 53 MCM (million cubic meters) of water per year.

answers: NDQ_001799

answers: Agricultural sector of the West Bank.

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: Israel does supply water, however, to the West Bank.

answers: NDQ_001802

answers: 80%

answers: NDQ_001803

answers: Agricultural

answers: NDQ_001804

answers: Mekorot,

answers: NDQ_001805

answers: Agricultural sector

text: The preferred camping spots for travelers on the trails north and south of the muddy Platte River were along one of the many fresh water streams draining into the Platte or the occasional fresh water spring found along the way. These preferred camping spots became sources of cholera infections during the third cholera pandemic (1852–1860). Many thousands of people used the same camping spots whose water supplies became contaminated by human wastes. Cholera causes vomiting and severe diarrhea, and in places where human wastes contaminate water supplies the causal bacteria, Vibrio cholera, could easily spread among travelers. Once the water supplies became contaminated, because the cholera bacillus is zoophilic (it can infect birds, various mammals, and live in micro-organisms) it could easily spread and remain a threat along much of the Trail. Cholera, when untreated, can result in fatality rates between fifty and ninety percent. Even after the British physician and pioneer of anesthesia, John Snow, had helped demonstrate that cholera was transmitted through water in 1854, it did not become common knowledge until decades later; scientists continued to debate the cause of cholera until the beginning of the twentieth century. Treatments were almost always ineffective and sometimes hastened death. It would have been a terrifying companion while crossing the desolate high plains and passes of the Rocky Mountain West.

text: The preferred camping spots for travelers on the trails north and south of the muddy

text: Platte River

text: were along one of the many fresh water streams draining into the Platte or the occasional fresh water spring found along the way. These preferred camping spots became sources of

text: cholera

text: infections during the third cholera pandemic (1852–1860). Many thousands of people used the same camping spots whose water supplies became contaminated by human wastes. Cholera causes vomiting and severe diarrhea, and in places where human wastes contaminate water supplies the causal bacteria, Vibrio cholera, could easily spread among travelers. Once the water supplies became contaminated, because the cholera bacillus is zoophilic (it can infect birds, various mammals, and live in micro-organisms) it could easily spread and remain a threat along much of the Trail. Cholera, when untreated, can result in fatality rates between fifty and ninety percent. Even after the British physician and pioneer of anesthesia, John Snow, had helped demonstrate that cholera was transmitted through water in 1854, it did not become common knowledge until decades later; scientists continued to debate the cause of cholera until the beginning of the twentieth century. Treatments were almost always ineffective and sometimes hastened death. It would have been a terrifying companion while crossing the desolate high plains and passes of the Rocky Mountain West.

answers: NDQ_001768

answers: fresh water streams

answers: NDQ_001769

answers: What did the third cholera pandemic cause?

answers: NDQ_001770

answers: Cholera

answers: NDQ_001771

answers: How many years was the third cholera pandemic?

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which happened first, the third cholera pandemic or John Snow helped demonstrate that cholera was transmitted through water?

answers: NDQ_001774

answers: contaminated by human wastes

answers: NDQ_001775

answers: contaminate water supplies

answers: NDQ_001776

answers: Cholera

answers: NDQ_001777

answers: human wastes

answers: NDQ_001778

answers: camping

answers: NDQ_001781

answers: contaminated by human wastes

answers: NDQ_001782

answers: Which of the following is not a form of life: birds, mammals, or bacteria?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of bacteria: Vibrio cholera, Cholera, or birds?

answers: NDQ_001788

answers: Which of the following is not a type of bacteria: zoophilic?

answers: NDQ_001789

answers: Which of the following is not a source of water: fresh water streams draining into the Platte or the occasional fresh water spring

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers, streams or springs?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many years did the third cholera pandemic last?

answers: NDQ_001797

answers: Which of the following is not a type of bacteria: zoophilic?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is the main idea of the passage?

answers: NDQ_001800

answers: Cholera

answers: NDQ_001801

answers: third cholera pandemic

answers: NDQ_001802

answers: human wastes contaminate water supplies

answers: NDQ_001803

answers: fresh water spring

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: Cholera

answers: NDQ_001768

answers: human wastes.

answers: NDQ_001769

answers: water supplies became contaminated by human wastes.

answers: NDQ_001770

answers: Cholera causes vomiting and severe diarrhea,

answers: NDQ_001771

answers: camping spots

answers: NDQ_001772

answers: human wastes.

answers: NDQ_001773

answers: human wastes.

answers: NDQ_001774

answers: human wastes.

answers: NDQ_001775

answers: anesthesia,

answers: NDQ_001776

answers: cholera

answers: NDQ_001777

answers: human wastes.

answers: NDQ_001778

answers: human wastes.

answers: NDQ_001781

answers: human wastes.

answers: NDQ_001782

answers: water supplies became contaminated by human wastes.

answers: NDQ_001785

answers: water supplies became contaminated by human wastes.

answers: NDQ_001787

answers: human wastes.

answers: NDQ_001788

answers: human wastes.

answers: NDQ_001789

answers: fresh water spring

answers: NDQ_001790

answers: fresh water streams draining into the Platte

answers: NDQ_001791

answers: fresh water streams

answers: NDQ_001792

answers: fresh water spring

answers: NDQ_001793

answers: contaminated by human wastes.

answers: NDQ_001794

answers: fresh water spring

answers: NDQ_001795

answers: cholera infections during the third cholera pandemic

answers: NDQ_001796

answers: water supplies became contaminated by human wastes.

answers: NDQ_001797

answers: fresh water

answers: NDQ_001798

answers: contaminated by human wastes.

answers: NDQ_001799

answers: fresh water streams

answers: NDQ_001800

answers: water supplies became contaminated by human wastes.

answers: NDQ_001801

answers: third cholera pandemic

answers: NDQ_001802

answers: human wastes.

answers: NDQ_001803

answers: fresh water spring

answers: NDQ_001804

answers: Platte River

answers: NDQ_001805

answers: cholera infections during the third cholera pandemic

text: Springs have been used for a variety of human needs including drinking water, domestic water supply, irrigation, mills, navigation, and electricity generation.  Other modern uses include recreational activities such as fishing, swimming, and floating; therapy; water for livestock; fish hatcheries; and supply for bottled mineral water.

text: Springs have been used for a variety of human needs including drinking water, domestic water supply, irrigation,

text: mill

text: s, navigation, and

text: electricity generation

text: .  Other modern uses include recreational activities such as fishing, swimming, and floating;

text: therapy

text: ; water for livestock; fish hatcheries; and supply for bottled

text: mineral water

answers: NDQ_001768

answers: irrigation

answers: NDQ_001769

answers: domestic water supply

answers: NDQ_001770

answers: irrigation water may cause

answers: NDQ_001771

answers: swimming and floating

answers: NDQ_001772

answers: livestock

answers: NDQ_001773

answers: Which of the following is not a use of springs: irrigation, fishing, or fish hatcheries?

answers: NDQ_001774

answers: irrigation

answers: NDQ_001775

answers: electricity generation

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: springs

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: wastes too much

answers: NDQ_001782

answers: Which of the following is not a human need: drinking water, irrigation, mills, navigation, or electricity generation?

answers: NDQ_001785

answers: Which of the following is not a use of springs?

answers: NDQ_001787

answers: Which of the following is not a human need: drinking water, domestic water supply, irrigation, mills, navigation, or electricity generation?

answers: NDQ_001788

answers: Which of the following is not a human need: drinking water, domestic water supply, irrigation

answers: NDQ_001789

answers: Which of the following is not a use of springs: irrigation, mills, navigation, or electricity generation?

answers: NDQ_001790

answers: Which of the following is not a human need: drinking water, domestic water supply, irrigation, mills, navigation, or electricity generation?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or springs?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a modern use of springs?

answers: NDQ_001797

answers: Which of the following is not a human need: drinking water, domestic water supply, irrigation, mills, navigation, or electricity generation?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: Springs

answers: NDQ_001769

answers: domestic water supply,

answers: NDQ_001770

answers: Springs

answers: NDQ_001771

answers: fishing, swimming, and floating;

answers: NDQ_001772

answers: Springs

answers: NDQ_001773

answers: irrigation,

answers: NDQ_001774

answers: Springs

answers: NDQ_001775

answers: mills, navigation, and electricity generation.

answers: NDQ_001776

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001777

answers: Springs

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: Springs

answers: NDQ_001782

answers: Springs

answers: NDQ_001785

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001787

answers: irrigation, mills, navigation, and electricity generation.

answers: NDQ_001788

answers: Springs

answers: NDQ_001789

answers: Springs

answers: NDQ_001790

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001791

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001792

answers: Springs

answers: NDQ_001793

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001794

answers: Springs

answers: NDQ_001795

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001796

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001797

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001798

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001799

answers: Springs

answers: NDQ_001800

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001801

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001802

answers: Springs have been used for a variety of human needs including drinking water,

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Springs

answers: NDQ_001805

answers: irrigation, mills, navigation, and electricity generation.

text: According to the Comprehensive Assessment of Water Management in Agriculture, a major study led by the International Water Management Institute (IWMI), managing rainwater and soil moisture more effectively, and using supplemental and small-scale irrigation, hold the key to helping the greatest number of poor people. It has called for a new era of water investments and policies for upgrading rainfed agriculture that would go beyond controlling field-level soil and water to bring new freshwater sources through better local management of rainfall and runoff. Increased agricultural productivity enables farmers to grow more food, which translates into better diets and, under market conditions that offer a level playing field, into higher farm incomes. With more money, farmers are more likely to diversify production and grow higher-value crops, benefiting not only themselves but the economy as a whole."

text: According to the

text: Comprehensive Assessment of Water Management in Agriculture

text: , a major study led by the

text: International Water Management Institute

text: (IWMI), managing rainwater and soil moisture more effectively, and using supplemental and small-scale irrigation, hold the key to helping the greatest number of poor people. It has called for a new era of water investments and policies for upgrading rainfed agriculture that would go beyond controlling field-level soil and water to bring new freshwater sources through better local management of rainfall and runoff. Increased agricultural productivity enables farmers to grow more food, which translates into better diets and, under market conditions that offer a level playing field, into higher farm incomes. With more money, farmers are more likely to diversify production and grow higher-value crops, benefiting not only themselves but the economy as a whole."

answers: NDQ_001768

answers: supplemental and small-scale irrigation

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: better diets

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: What does the I in "IWMI" stand for?

answers: NDQ_001774

answers: runoff

answers: NDQ_001775

answers: supplemental and small-scale irrigation

answers: NDQ_001776

answers: poor diets

answers: NDQ_001777

answers: rainfall and runoff

answers: NDQ_001778

answers: farmers to grow more food

answers: NDQ_001781

answers: runoff

answers: NDQ_001782

answers: What does the I in "IWMI" stand for?

answers: NDQ_001785

answers: no

answers: NDQ_001787

answers: unanswerable

answers: NDQ_001788

answers: supplemental and small-scale irrigation

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: unanswerable

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: What would go beyond controlling field-level soil and water to bring new freshwater sources

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: better local management of rainfall and runoff

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: supplemental and small-scale irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: supplemental and small-scale irrigation,

answers: NDQ_001769

answers: Agriculture,

answers: NDQ_001770

answers: poor people.

answers: NDQ_001771

answers: supplemental and small-scale irrigation,

answers: NDQ_001772

answers: Agriculture,

answers: NDQ_001773

answers: higher-value crops,

answers: NDQ_001774

answers: runoff.

answers: NDQ_001775

answers: Agriculture,

answers: NDQ_001776

answers: Water Management in Agriculture,

answers: NDQ_001777

answers: rainfall and runoff.

answers: NDQ_001778

answers: rainfall and runoff.

answers: NDQ_001781

answers: runoff.

answers: NDQ_001782

answers: managing rainwater

answers: NDQ_001785

answers: food,

answers: NDQ_001787

answers: supplemental and small-scale irrigation,

answers: NDQ_001788

answers: supplemental and small-scale irrigation,

answers: NDQ_001789

answers: rainwater

answers: NDQ_001790

answers: managing rainwater

answers: NDQ_001791

answers: International Water Management Institute (IWMI), managing rainwater

answers: NDQ_001792

answers: freshwater

answers: NDQ_001793

answers: rainwater

answers: NDQ_001794

answers: rainwater

answers: NDQ_001795

answers: managing rainwater

answers: NDQ_001796

answers: managing rainwater

answers: NDQ_001797

answers: managing rainwater

answers: NDQ_001798

answers: managing rainwater

answers: NDQ_001799

answers: rainwater

answers: NDQ_001800

answers: Water Management in Agriculture,

answers: NDQ_001801

answers: rainfall

answers: NDQ_001802

answers: rainfall and runoff.

answers: NDQ_001803

answers: supplemental and small-scale irrigation,

answers: NDQ_001804

answers: freshwater sources

answers: NDQ_001805

answers: Agriculture,

text: Human development services and public services, such as paving, construction of galleries for sanitary sewage, etc., are under the responsibility of the Municipal Department of Infrastructure. Essential services such as piped and treated water and electricity are provided by state-owned companies in Bahia. Embasa is responsible for the provision of sewage and water supply services, and the State Electricity Company of Bahia (Coelba) provides public services for the supply of electricity and maintenance of the electricity grid.

text: Human development services and public services, such as paving, construction of galleries for sanitary sewage, etc., are under the responsibility of the Municipal Department of Infrastructure. Essential services such as piped and treated water and electricity are provided by state-owned companies in Bahia. Embasa is responsible for the provision of sewage and water supply services, and the State Electricity Company of Bahia (Coelba) provides public services for the supply of electricity and maintenance of the electricity grid.

answers: NDQ_001768

answers: essential services

answers: NDQ_001769

answers: Human development services

answers: NDQ_001770

answers: water supply services

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: sewage

answers: NDQ_001773

answers: are provided by state-owned companies

answers: NDQ_001774

answers: sewage

answers: NDQ_001775

answers: essential services

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: essential services

answers: NDQ_001778

answers: paving

answers: NDQ_001781

answers: treated water

answers: NDQ_001782

answers: What does the Municipal Department of Infrastructure provide?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Essential services such as piped and treated water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Drier climates generally have less water for people to use

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: piped and treated water

answers: NDQ_001800

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: piped and treated water

answers: NDQ_001804

answers: galleries for sanitary sewage

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: piped and treated water

answers: NDQ_001769

answers: public services,

answers: NDQ_001770

answers: sanitary sewage,

answers: NDQ_001771

answers: galleries for sanitary sewage,

answers: NDQ_001772

answers: state-owned companies in Bahia.

answers: NDQ_001773

answers: Municipal Department of Infrastructure.

answers: NDQ_001774

answers: sewage,

answers: NDQ_001775

answers: sanitary sewage,

answers: NDQ_001776

answers: sanitary sewage,

answers: NDQ_001777

answers: piped and treated water and electricity are provided by state-owned companies

answers: NDQ_001778

answers: paving, construction of galleries for sanitary sewage,

answers: NDQ_001781

answers: piped and treated water

answers: NDQ_001782

answers: Essential services such as piped and treated water

answers: NDQ_001785

answers: Essential services such as piped and treated water

answers: NDQ_001787

answers: Municipal Department of Infrastructure.

answers: NDQ_001788

answers: piped and treated water

answers: NDQ_001789

answers: piped and treated water

answers: NDQ_001790

answers: electricity are provided by state-owned companies in Bahia.

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: Bahia.

answers: NDQ_001793

answers: piped and treated water

answers: NDQ_001794

answers: piped and treated water

answers: NDQ_001795

answers: piped and treated water

answers: NDQ_001796

answers: piped and treated water

answers: NDQ_001797

answers: piped and treated water

answers: NDQ_001798

answers: electricity are provided by state-owned companies in Bahia.

answers: NDQ_001799

answers: piped and treated water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: water and electricity are provided by state-owned companies in Bahia.

answers: NDQ_001802

answers: sanitary sewage,

answers: NDQ_001803

answers: piped and treated water

answers: NDQ_001804

answers: sanitary sewage,

answers: NDQ_001805

answers: sanitary sewage,

text: The name of the operation derives from the Afghan word for kareez, which is a water management system used to provide a reliable supply of water to human settlements and irrigation in hot, arid and semi-arid climates.

text: The name of the operation derives from the Afghan word for

text: kareez

text: , which is a water management system used to provide a reliable supply of water to human settlements and irrigation in hot, arid and semi-arid climates.

answers: NDQ_001768

answers: irrigation

answers: NDQ_001769

answers: irrigation

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used to grow crops

answers: NDQ_001774

answers: dries out

answers: NDQ_001775

answers: kareez

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: kareez

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: kareez

answers: NDQ_001797

answers: Which of the following is not a climate type: hot, arid and semi-arid

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: arid

answers: NDQ_001802

answers: unspecified

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: kareez

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation

answers: NDQ_001769

answers: irrigation

answers: NDQ_001770

answers: hot, arid and semi-arid climates.

answers: NDQ_001771

answers: irrigation

answers: NDQ_001772

answers: human settlements

answers: NDQ_001773

answers: irrigation in hot, arid and semi-arid climates.

answers: NDQ_001774

answers: hot, arid and semi-arid climates.

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: hot, arid and semi-arid climates.

answers: NDQ_001778

answers: human settlements

answers: NDQ_001781

answers: hot, arid and semi-arid climates.

answers: NDQ_001782

answers: water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: irrigation in hot, arid and semi-arid climates.

answers: NDQ_001788

answers: water

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: kareez,

answers: NDQ_001791

answers: kareez,

answers: NDQ_001792

answers: irrigation in hot, arid and semi-arid climates.

answers: NDQ_001793

answers: hot, arid and semi-arid climates.

answers: NDQ_001794

answers: water

answers: NDQ_001795

answers: kareez,

answers: NDQ_001796

answers: kareez,

answers: NDQ_001797

answers: hot, arid and semi-arid climates.

answers: NDQ_001798

answers: kareez,

answers: NDQ_001799

answers: irrigation

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: arid and semi-arid climates.

answers: NDQ_001802

answers: water

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: kareez,

answers: NDQ_001805

answers: irrigation

text: While the Water Act 1945 had introduced the concept of a national policy for water, it had not provided the means to achieve one, but this was addressed by the formation of the Water Resources Board. This was a national organisation, which was independent of central government, and was responsible for the collection of data, research, and planning. Although it had no statutory powers over the River Authorities, it influenced their actions through negotiation, and was very successful in this. It produced three major reports on water resources between 1966 and 1971, in which it foresaw the need for transfers of water between rivers, and in some cases, between regions. Its final report, Water Resources in England and Wales, published in early 1974, outlined strategies for ensuring an adequate water supply for the next 25 years. In the consultation leading up to the Water Act 1973, it was argued that the Water Resources Board should be empowered to undertake major projects in its own right, but when the Act was passed, the Board was disbanded and its functions were dispersed among other agencies.

text: While the

text: Water Act 1945

text: had introduced the concept of a national policy for water, it had not provided the means to achieve one, but this was addressed by the formation of the Water Resources Board. This was a national organisation, which was independent of central government, and was responsible for the collection of data, research, and planning. Although it had no statutory powers over the River Authorities, it influenced their actions through negotiation, and was very successful in this. It produced three major reports on water resources between 1966 and 1971, in which it foresaw the need for transfers of water between rivers, and in some cases, between regions. Its final report, Water Resources in England and Wales, published in early 1974, outlined strategies for ensuring an adequate water supply for the next 25 years. In the consultation leading up to the

text: Water Act 1973

text: , it was argued that the Water Resources Board should be empowered to undertake major projects in its own right, but when the Act was passed, the Board was disbanded and its functions were dispersed among other agencies.

answers: NDQ_001768

answers: transfers of water

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: Water Resources in England and Wales

answers: NDQ_001771

answers: Water Resources in England and Wales

answers: NDQ_001772

answers: River Authorities

answers: NDQ_001773

answers: What did the Water Resources Board produce three major reports on?

answers: NDQ_001774

answers: transfers of water

answers: NDQ_001775

answers: major projects

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: rivers

answers: NDQ_001778

answers: a national policy for water

answers: NDQ_001781

answers: transfers of water between rivers

answers: NDQ_001782

answers: What is the purpose of the Water Resources Board?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: need for transfers of water between rivers

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe the Water Resources Board?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It produced three major reports on water resources between 1966 and 1971

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 1974

answers: NDQ_001802

answers: in some cases, between regions

answers: NDQ_001803

answers: transfers

answers: NDQ_001804

answers: River Authorities

answers: NDQ_001805

answers: water resources board

answers: NDQ_001768

answers: transfers of water between rivers,

answers: NDQ_001769

answers: River Authorities,

answers: NDQ_001770

answers: transfers of water between rivers, and in some cases, between regions.

answers: NDQ_001771

answers: Water Resources Board.

answers: NDQ_001772

answers: River Authorities,

answers: NDQ_001773

answers: Water Resources Board.

answers: NDQ_001774

answers: rivers,

answers: NDQ_001775

answers: major projects

answers: NDQ_001776

answers: water,

answers: NDQ_001777

answers: rivers, and in some cases, between regions.

answers: NDQ_001778

answers: transfers of water

answers: NDQ_001781

answers: transfers of water between rivers,

answers: NDQ_001782

answers: Water Resources Board.

answers: NDQ_001785

answers: Water Resources Board.

answers: NDQ_001787

answers: Water Resources Board.

answers: NDQ_001788

answers: Water Resources Board.

answers: NDQ_001789

answers: Water Resources Board.

answers: NDQ_001790

answers: Water Resources Board.

answers: NDQ_001791

answers: Water Resources Board.

answers: NDQ_001792

answers: Water Resources Board.

answers: NDQ_001793

answers: Water Resources Board.

answers: NDQ_001794

answers: Water Resources Board.

answers: NDQ_001795

answers: Water Resources Board.

answers: NDQ_001796

answers: Water Resources Board.

answers: NDQ_001797

answers: Water Resources Board.

answers: NDQ_001798

answers: Water Resources Board.

answers: NDQ_001799

answers: transfers of water between rivers,

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: Water Act 1945

answers: NDQ_001802

answers: water,

answers: NDQ_001803

answers: transfers of water between rivers, and in some cases, between regions.

answers: NDQ_001804

answers: transfers of water between rivers,

answers: NDQ_001805

answers: Water Resources Board.

text: Africa is a water scarce country and it is currently facing more challenges in water provision, sanitation and supply. The aim of the study was to assess water security and demand in the study area. This was achieved by identifying the sources of water which are mostly used, checking the accessibility and measuring their water quality. Questionnaires were used to get the information from the people who live within the study area. ArcGIS was used to map these water sources. Results from ANOVA single factor tests revealed that there was a significant difference among rural, peri-urban and rural areas in terms of water sources commonly used and distance travelled from a household to a water source. The longest distance travelled was 1.8 km, 0.896 km and 0.005 km in rural, peri-urban and urban area, respectively. There was no significant difference among these three categories with regards to pH, turbidity and dissolved oxygen. There was a significant difference among these categories in terms of electrical conductivity. The highest conductivity in rural, peri-urban and urban areas was 290 μS/cm, 270 μS/cm and 110 μS/cm respectively. It is therefore, because of the above findings, recommended that municipal authorities and the Department of Water and Sanitation should put more effort on making proper and protected water sources available within reasonable distance (less than 200m from the household) to rural people in order to reach the balance between rural and urban areas with regards to water supply and sanitation.

answers: NDQ_001768

answers: rural areas more than urban areas

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: septicemia

answers: NDQ_001771

answers: water skiing, water skiing, water skiing, water skiing, water skiing, water skiing, water skiing

answers: NDQ_001772

answers: human beings

answers: NDQ_001773

answers: context: Agricultural chemicals include pesticides, fertilizers, herbicides, pesticides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides, herbicides

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: Vaccination.

answers: NDQ_001777

answers: rural and urban areas

answers: NDQ_001778

answers: distance travelled

answers: NDQ_001781

answers: is not treated properly.

answers: NDQ_001782

answers: Context: What is the purpose of water?

answers: NDQ_001785

answers: context: How long can we live without water?

answers: NDQ_001787

answers: context: Irrigation may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: Context: The study was carried out to assess water security and demand in the study area. This was achieved by identifying the sources of water which are mostly used, checking the accessibility and measuring their water quality. Questionnaires were used to get the information from the people who live within the study area. ArcGIS was used to map these water sources.

answers: NDQ_001789

answers: Context: How can water be used to generate electricity?

answers: NDQ_001790

answers: context: Water scarcity is not a problem since 70% of Earth is covered by water

answers: NDQ_001791

answers: Context: How much water does the Earth cover?

answers: NDQ_001792

answers: context: Glaciers are a source of fresh water in some locations.

answers: NDQ_001793

answers: context: How many people in the world have clean fresh water?

answers: NDQ_001794

answers: context: How much fresh water is under the ground?

answers: NDQ_001795

answers: context: Water scarcity is a growing problem in the developing world.

answers: NDQ_001796

answers: Context: In poorer countries, many young children die from waterborne diseases.

answers: NDQ_001797

answers: Context: The study was accomplished by identifying the sources of water which are mostly used, checking the accessibility and measuring their water quality. Questionnaires were used to get the information from the people who live within the study area. ArcGIS was used to map these water sources.

answers: NDQ_001798

answers: context: How much water do we use today?

answers: NDQ_001799

answers: context: Water is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: Africa is a water scarce country

answers: NDQ_001801

answers: NDQ_001802

answers: turbidity

answers: NDQ_001803

answers: NDQ_001804

answers: urban area

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: rural, peri-urban and rural areas

answers: NDQ_001769

answers: water supply and sanitation.

answers: NDQ_001770

answers: sanitation.

answers: NDQ_001771

answers: 1.8 km,

answers: NDQ_001772

answers: Africa

answers: NDQ_001773

answers: pH, turbidity and dissolved oxygen.

answers: NDQ_001774

answers: distance travelled from a household to a water source.

answers: NDQ_001775

answers: electrical conductivity.

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: distance travelled from a household to a water source.

answers: NDQ_001778

answers: distance travelled from a household to a water source.

answers: NDQ_001781

answers: making proper and protected water sources available within reasonable distance

answers: NDQ_001782

answers: Africa

answers: NDQ_001785

answers: 1.8 km,

answers: NDQ_001787

answers: pH, turbidity and dissolved oxygen.

answers: NDQ_001788

answers: making proper and protected water sources

answers: NDQ_001789

answers: electrical conductivity.

answers: NDQ_001790

answers: pH, turbidity and dissolved oxygen.

answers: NDQ_001791

answers: Africa

answers: NDQ_001792

answers: Africa

answers: NDQ_001793

answers: pH, turbidity and dissolved oxygen.

answers: NDQ_001794

answers: Africa

answers: NDQ_001795

answers: Africa

answers: NDQ_001796

answers: making proper and protected water sources

answers: NDQ_001797

answers: rural,

answers: NDQ_001798

answers: making proper and protected water sources

answers: NDQ_001799

answers: pH, turbidity and dissolved oxygen.

answers: NDQ_001800

answers: Africa is a water scarce country

answers: NDQ_001801

answers: 0.005 km

answers: NDQ_001802

answers: pH, turbidity and dissolved oxygen.

answers: NDQ_001803

answers: making proper and protected water sources

answers: NDQ_001804

answers: 200m from the household)

answers: NDQ_001805

answers: Africa

text: Fresh water is accessible to 99% of the citizens in the range of one kilometer. In the urban water supply exists a big difference between large and small cities. Tap water is a readily available water supply in large cities such as Ho Chi Minh City and Hanoi, covering nearly the entire population, whereas in smaller cities, there is a 60% variability.

text: Fresh water is accessible to 99% of the citizens in the range of one kilometer. In the urban water supply exists a big difference between large and small cities. Tap water is a readily available water supply in large cities such as

text: Ho Chi Minh City

text: and

text: Hanoi

text: , covering nearly the entire population, whereas in smaller cities, there is a 60% variability.

answers: NDQ_001768

answers: tap water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a decrease in water quality

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: large cities

answers: NDQ_001773

answers: can be found in the following places:

answers: NDQ_001774

answers: in smaller cities

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: large cities

answers: NDQ_001778

answers: tap water

answers: NDQ_001781

answers: tap water is readily available

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: 99%

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Tap water is a readily available water supply

answers: NDQ_001797

answers: Which of the following is true of Drier climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: NDQ_001801

answers: in smaller cities

answers: NDQ_001802

answers: there is a 60% variability

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: tap water

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Tap water

answers: NDQ_001769

answers: Tap water

answers: NDQ_001770

answers: 60% variability.

answers: NDQ_001771

answers: Tap water

answers: NDQ_001772

answers: urban water supply exists a big difference between large and small cities.

answers: NDQ_001773

answers: 99% of the citizens in the range of one kilometer.

answers: NDQ_001774

answers: 60% variability.

answers: NDQ_001775

answers: Tap water

answers: NDQ_001776

answers: Fresh water

answers: NDQ_001777

answers: large and small cities.

answers: NDQ_001778

answers: population,

answers: NDQ_001781

answers: 60% variability.

answers: NDQ_001782

answers: Tap water

answers: NDQ_001785

answers: Fresh water

answers: NDQ_001787

answers: 99% of the citizens in the range of one kilometer.

answers: NDQ_001788

answers: Tap water

answers: NDQ_001789

answers: Tap water

answers: NDQ_001790

answers: 99% of the citizens in the range of one kilometer.

answers: NDQ_001791

answers: Fresh water is accessible to 99%

answers: NDQ_001792

answers: 99% of the citizens in the range of one kilometer.

answers: NDQ_001793

answers: 99% of the citizens in the range of one kilometer.

answers: NDQ_001794

answers: 99% of the citizens in the range of one kilometer.

answers: NDQ_001795

answers: 99%

answers: NDQ_001796

answers: Tap water

answers: NDQ_001797

answers: smaller cities,

answers: NDQ_001798

answers: 99% of the citizens in the range of one kilometer.

answers: NDQ_001799

answers: Tap water

answers: NDQ_001800

answers: Fresh water

answers: NDQ_001801

answers: 60%

answers: NDQ_001802

answers: 60% variability.

answers: NDQ_001803

answers: Tap water

answers: NDQ_001804

answers: one kilometer.

answers: NDQ_001805

answers: Tap water is a readily available water supply in large cities

text: In India, there is competition for water resources of all inter state rivers except the main Brahmaputra river among the riparian states of India and also with neighbouring countries which are Nepal, China, Pakistan, Bhutan, Bangladesh, etc. Vast area of the Indian subcontinent is under tropical climate which is conducive for agriculture due to favourable warm and sunny conditions provided perennial water supply is available to cater to the high rate of evapotranspiration from the cultivated land. Though the overall water resources are adequate to meet all the requirements of the subcontinent, the water supply gaps due to temporal and spatial distribution of water resources among the states and countries in the subcontinent are to be bridged.

text: In India, there is competition for water resources of all inter state rivers except the main

text: Brahmaputra river

text: among the riparian states of India and also with neighbouring countries which are Nepal, China, Pakistan, Bhutan, Bangladesh, etc. Vast area of the

text: Indian subcontinent

text: is under tropical climate which is conducive for agriculture due to favourable warm and sunny conditions provided perennial water supply is available to cater to the high rate of

text: evapotranspiration

text: from the cultivated land. Though the overall water resources are adequate to meet all the requirements of the subcontinent, the water supply gaps due to temporal and spatial distribution of water resources among the states and countries in the subcontinent are to be bridged.

answers: NDQ_001768

answers: perennial water supply

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: climate change

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not used in agriculture: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: evapotranspiration

answers: NDQ_001775

answers: agriculture

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: temporal

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: temporal and spatial distribution

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why is there competition for water resources of all inter state rivers

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the main Brahmaputra river?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why are there competition for water resources of all inter state rivers

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: temporal and spatial distribution of water resources

answers: NDQ_001802

answers: there is competition for water resources

answers: NDQ_001803

answers: perennial water supply

answers: NDQ_001804

answers: evapotranspiration

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: temporal and spatial distribution of water resources

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: evapotranspiration

answers: NDQ_001771

answers: inter state rivers

answers: NDQ_001772

answers: India,

answers: NDQ_001773

answers: tropical climate which is conducive for agriculture

answers: NDQ_001774

answers: evapotranspiration

answers: NDQ_001775

answers: agriculture

answers: NDQ_001776

answers: water resources

answers: NDQ_001777

answers: temporal and spatial distribution

answers: NDQ_001778

answers: evapotranspiration from the cultivated land.

answers: NDQ_001781

answers: evapotranspiration

answers: NDQ_001782

answers: the overall water resources are adequate to meet all the requirements of the subcontinent,

answers: NDQ_001785

answers: water resources of all inter state rivers except the main Brahmaputra

answers: NDQ_001787

answers: evapotranspiration from the cultivated land.

answers: NDQ_001788

answers: evapotranspiration

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: the overall water resources are adequate to meet all the requirements of the subcontinent,

answers: NDQ_001791

answers: Vast area of the Indian subcontinent is under tropical climate

answers: NDQ_001792

answers: In India,

answers: NDQ_001793

answers: the overall water resources are adequate to meet all the requirements of the subcontinent,

answers: NDQ_001794

answers: evapotranspiration from the cultivated land.

answers: NDQ_001795

answers: the water supply gaps

answers: NDQ_001796

answers: Nepal, China, Pakistan, Bhutan, Bangladesh, etc.

answers: NDQ_001797

answers: tropical climate

answers: NDQ_001798

answers: the overall water resources

answers: NDQ_001799

answers: evapotranspiration

answers: NDQ_001800

answers: water resources

answers: NDQ_001801

answers: evapotranspiration

answers: NDQ_001802

answers: there is competition for water resources

answers: NDQ_001803

answers: perennial water supply

answers: NDQ_001804

answers: evapotranspiration from the cultivated land.

answers: NDQ_001805

answers: agriculture

text: Even after accounting for physical water availability or access, water quality could further reduce the amount of usable water available to a developing country for human consumption, sanitation, agriculture and industrial purposes, in addition to various ecosystem services. The level of water quality depends on its intended purpose: Water that could be unfit for human consumption could be still usable in industrial or agriculture applications. Yet parts of the world are experiencing extensive deterioration of water quality, in some cases even rendering the water unfit for agricultural or even industrial use. For example, in China, 54% of the Hai River basin surface water is so polluted that it is considered un-usable.

text: Even after accounting for physical water availability or access, water quality could further reduce the amount of usable water available to a developing country for human consumption, sanitation, agriculture and industrial purposes, in addition to various ecosystem services. The level of water quality depends on its intended purpose: Water that could be unfit for human consumption could be still usable in industrial or agriculture applications. Yet parts of the world are experiencing extensive deterioration of water quality, in some cases even rendering the water unfit for agricultural or even industrial use. For example, in China, 54% of the

text: Hai River

text: basin surface water is so polluted that it is considered un-usable.

answers: NDQ_001768

answers: human consumption, sanitation, agriculture and industrial purposes

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: unfit for human consumption

answers: NDQ_001771

answers: human consumption

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: Which of the following is not a type of water: industrial, agriculture, or sanitation?

answers: NDQ_001774

answers: unfit

answers: NDQ_001775

answers: unfit for human consumption could be still usable in industrial

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: physical water availability or access

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: polluted

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which climates generally have less water for people to use?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: in some cases even rendering the water unfit for agricultural or even industrial use

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: human consumption, sanitation, agriculture and industrial purposes,

answers: NDQ_001769

answers: human consumption, sanitation, agriculture and industrial purposes,

answers: NDQ_001770

answers: water quality could further reduce the amount of usable water

answers: NDQ_001771

answers: human consumption,

answers: NDQ_001772

answers: agriculture and industrial

answers: NDQ_001773

answers: water quality could further reduce the amount of usable water

answers: NDQ_001774

answers: water quality

answers: NDQ_001775

answers: Water that could be unfit for human consumption

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: physical water availability or access,

answers: NDQ_001778

answers: human consumption,

answers: NDQ_001781

answers: water quality

answers: NDQ_001782

answers: human consumption,

answers: NDQ_001785

answers: water quality could further reduce the amount of usable water

answers: NDQ_001787

answers: water quality could further reduce the amount of usable water

answers: NDQ_001788

answers: water quality could further reduce the amount of usable water

answers: NDQ_001789

answers: industrial

answers: NDQ_001790

answers: water quality could further reduce the amount of usable water

answers: NDQ_001791

answers: water quality could further reduce the amount of usable water

answers: NDQ_001792

answers: water quality could further reduce the amount of usable water

answers: NDQ_001793

answers: usable water available to a developing country

answers: NDQ_001794

answers: water quality could further reduce the amount of usable water

answers: NDQ_001795

answers: water quality could further reduce the amount of usable water

answers: NDQ_001796

answers: water quality could further reduce the amount of usable water

answers: NDQ_001797

answers: water quality could further reduce the amount of usable water

answers: NDQ_001798

answers: water quality could further reduce the amount of usable water

answers: NDQ_001799

answers: Water that could be unfit for human consumption

answers: NDQ_001800

answers: deterioration of water quality,

answers: NDQ_001801

answers: water quality could further reduce the amount of usable water

answers: NDQ_001802

answers: 54%

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: water quality could further reduce the amount of usable water

answers: NDQ_001805

answers: human consumption,

text: Sewers overflow during a significant rainfall because the combined sewer systems fill up beyond their capacity to carry both sewage and storm water, thereby discharging the excess flow into rivers and streams. Since streams also are affected, people should limit stream contact as well.  Runoffs and overflows subside gradually and river water quality usually does not return to normal until 24 to 36 hours after the rainfall ends.

text: Sewers overflow during a significant rainfall because the combined sewer systems fill up beyond their capacity to carry both sewage and storm water, thereby discharging the excess flow into rivers and streams. Since streams also are affected, people should limit stream contact as well.  Runoffs and overflows subside gradually and river water quality usually does not return to normal until 24 to 36 hours after the rainfall ends.

answers: NDQ_001768

answers: sewage and storm water

answers: NDQ_001769

answers: sewage and storm water

answers: NDQ_001770

answers: Sewers to overflow

answers: NDQ_001771

answers: swimming in rivers and streams

answers: NDQ_001772

answers: people

answers: NDQ_001773

answers: can be found in rivers and streams.

answers: NDQ_001774

answers: discharging into rivers and streams

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: people should limit stream contact

answers: NDQ_001781

answers: overflows into rivers

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a reason for sewers to overflow?

answers: NDQ_001789

answers: Which of the following is not a source of electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason for people to limit stream contact?

answers: NDQ_001797

answers: Which of the following is not a reason for sewers to overflow?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a type of water?

answers: NDQ_001800

answers: sewage

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: river water quality usually does not return to normal

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: combined sewer systems

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: people should limit stream contact

answers: NDQ_001769

answers: sewage

answers: NDQ_001770

answers: Sewers overflow during a significant rainfall

answers: NDQ_001771

answers: stream contact

answers: NDQ_001772

answers: sewage and storm water,

answers: NDQ_001773

answers: Sewers overflow during a significant rainfall

answers: NDQ_001774

answers: Sewers overflow during a significant rainfall

answers: NDQ_001775

answers: sewage

answers: NDQ_001776

answers: sewage

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: people should limit stream contact

answers: NDQ_001781

answers: Sewers overflow during a significant rainfall

answers: NDQ_001782

answers: Sewers overflow during a significant rainfall

answers: NDQ_001785

answers: Sewers overflow during a significant rainfall

answers: NDQ_001787

answers: sewage and storm water,

answers: NDQ_001788

answers: Sewers

answers: NDQ_001789

answers: sewage and storm water,

answers: NDQ_001790

answers: Sewers overflow during a significant rainfall

answers: NDQ_001791

answers: Sewers overflow during a significant rainfall

answers: NDQ_001792

answers: Sewers overflow during a significant rainfall

answers: NDQ_001793

answers: rivers and streams.

answers: NDQ_001794

answers: Sewers overflow during a significant rainfall

answers: NDQ_001795

answers: Sewers overflow during a significant rainfall because the combined sewer systems

answers: NDQ_001796

answers: Sewers overflow during a significant rainfall

answers: NDQ_001797

answers: Sewers overflow during a significant rainfall

answers: NDQ_001798

answers: people should limit stream contact

answers: NDQ_001799

answers: sewage and storm water,

answers: NDQ_001800

answers: sewer systems fill up beyond their capacity to carry both sewage and storm water,

answers: NDQ_001801

answers: Sewers overflow during a significant rainfall

answers: NDQ_001802

answers: river water quality usually does not return to normal

answers: NDQ_001803

answers: storm water,

answers: NDQ_001804

answers: combined sewer systems

answers: NDQ_001805

answers: sewage and storm water,

text: A first indicator of the quality of water supply services is the continuity of service. The urban utilities deliver continuous services in Burkina Faso, Senegal and South Africa, but are highly intermittent in Ethiopia and Zambia. In rural areas, continuity is expressed by the ratio of water points out of order, or by the average time per year or per month that a water point is unusable. In low income Sub-Saharan countries, indicatively, over one third of the rural water supply infrastructure is in disuse.

text: A first indicator of the quality of water supply services is the continuity of service. The urban utilities deliver continuous services in

entity_name: Water supply and sanitation in Burkina Faso

text: Burkina Faso

text: Senegal

text: and

entity_name: Water supply and sanitation in South Africa

text: South Africa

text: , but are highly intermittent in

text: Ethiopia

text: and

text: Zambia

text: . In rural areas, continuity is expressed by the ratio of water points out of order, or by the average time per year or per month that a water point is unusable. In low income Sub-Saharan countries, indicatively, over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001768

answers: over one third of the rural water supply infrastructure is in disuse

answers: NDQ_001769

answers: urban utilities deliver continuous services

answers: NDQ_001770

answers: unusable water

answers: NDQ_001771

answers: unanswerable

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: Which of the following is not a country: Burkina Faso, Senegal, or Zambia?

answers: NDQ_001774

answers: unusable

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: water supply services

answers: NDQ_001777

answers: quality of water supply

answers: NDQ_001778

answers: low income Sub-Saharan countries

answers: NDQ_001781

answers: unusable

answers: NDQ_001782

answers: Which of the following is not a form of life: Burkina Faso, Senegal or Zambia?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: over one third of the rural water supply infrastructure is in disuse

answers: NDQ_001789

answers: What is the first indicator of the quality of water supply services?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Burkina Faso, Senegal and South Africa

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: In low income Sub-Saharan countries

answers: NDQ_001797

answers: What is the average time per year or month that a water point is unusable?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is the first indicator of the quality of water supply services?

answers: NDQ_001800

answers: water supply infrastructure is in disuse

answers: NDQ_001801

answers: unusable

answers: NDQ_001802

answers: highly intermittent in Ethiopia and Zambia

answers: NDQ_001803

answers: water supply services

answers: NDQ_001804

answers: rural water supply infrastructure

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001769

answers: urban utilities

answers: NDQ_001770

answers: continuity of service.

answers: NDQ_001771

answers: Burkina Faso, Senegal and South Africa,

answers: NDQ_001772

answers: low income Sub-Saharan countries,

answers: NDQ_001773

answers: South Africa,

answers: NDQ_001774

answers: a water point is unusable.

answers: NDQ_001775

answers: continuity of service.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: quality of water supply services is the continuity of service.

answers: NDQ_001778

answers: disuse.

answers: NDQ_001781

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001782

answers: A first indicator of the quality of water supply services is the continuity of service.

answers: NDQ_001785

answers: A first indicator of the quality of water supply services is the continuity of service.

answers: NDQ_001787

answers: A first indicator of the quality of water supply services is the continuity of service.

answers: NDQ_001788

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001789

answers: water supply services is the continuity of service.

answers: NDQ_001790

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001791

answers: one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001792

answers: Burkina Faso, Senegal and South Africa,

answers: NDQ_001793

answers: Burkina Faso, Senegal and South Africa,

answers: NDQ_001794

answers: A first indicator of the quality of water supply services is the continuity of service.

answers: NDQ_001795

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001796

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001797

answers: Ethiopia and Zambia.

answers: NDQ_001798

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001799

answers: continuity of service.

answers: NDQ_001800

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001801

answers: Ethiopia and Zambia.

answers: NDQ_001802

answers: over one third of the rural water supply infrastructure is in disuse.

answers: NDQ_001803

answers: water

answers: NDQ_001804

answers: water points out of order,

answers: NDQ_001805

answers: Burkina Faso, Senegal and South Africa,

text: Successful agriculture is dependent upon farmers having sufficient access to water. However, water scarcity is already a critical constraint to farming in many parts of the world. With regards to agriculture, the World Bank targets food production and water management as an increasingly global issue that is fostering a growing debate. Physical water scarcity is where there is not enough water to meet all demands, including that needed for ecosystems to function effectively. Arid regions frequently suffer from physical water scarcity. It also occurs where water seems abundant but where resources are over-committed. This can happen where there is overdevelopment of hydraulic infrastructure, usually for irrigation. Symptoms of physical water scarcity include environmental degradation and declining groundwater. Economic scarcity, meanwhile, is caused by a lack of investment in water or insufficient human capacity to satisfy the demand for water. Symptoms of economic water scarcity include a lack of infrastructure, with people often having to fetch water from rivers for domestic and agricultural uses. Some 2.8 billion people currently live in water-scarce areas.

text: Successful agriculture is dependent upon farmers having sufficient access to water. However, water scarcity is already a critical constraint to farming in many parts of the world. With regards to agriculture, the World Bank targets food production and water management as an increasingly global issue that is fostering a growing debate.

text: Physical water scarcity

text: is where there is not enough water to meet all demands, including that needed for ecosystems to function effectively. Arid regions frequently suffer from physical water scarcity. It also occurs where water seems abundant but where resources are over-committed. This can happen where there is overdevelopment of hydraulic infrastructure, usually for irrigation. Symptoms of physical water scarcity include environmental degradation and declining

text: groundwater

text: . Economic scarcity, meanwhile, is caused by a lack of investment in water or insufficient human capacity to satisfy the demand for water. Symptoms of

text: economic water scarcity

text: include a lack of infrastructure, with people often having to fetch water from rivers for domestic and agricultural uses. Some 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001768

answers: domestic and agricultural uses

answers: NDQ_001769

answers: Domestic and agricultural uses

answers: NDQ_001770

answers: physical water scarcity

answers: NDQ_001771

answers: What can happen where there is overdevelopment of hydraulic infrastructure, usually for irrigation?

answers: NDQ_001772

answers: agricultural uses

answers: NDQ_001773

answers: Which of the following is not a symptom of physical water scarcity: environmental degradation, economic scarcity, or water scarcity?

answers: NDQ_001774

answers: lacks infrastructure

answers: NDQ_001775

answers: What does the World Bank target?

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: economic scarcity

answers: NDQ_001778

answers: overdevelopment of hydraulic infrastructure

answers: NDQ_001781

answers: over-committed

answers: NDQ_001782

answers: Which of the following is not a symptom of physical water scarcity?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What can happen where there is overdevelopment of hydraulic infrastructure, usually for irrigation

answers: NDQ_001788

answers: What can happen where there is overdevelopment of hydraulic infrastructure?

answers: NDQ_001789

answers: Which of the following is not a symptom of economic water scarcity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many billion people currently live in water-scarce areas?

answers: NDQ_001792

answers: What can happen where there is overdevelopment of hydraulic infrastructure, usually for irrigation?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many billion people currently live in water-scarce areas?

answers: NDQ_001797

answers: Which of the following is not a symptom of physical water scarcity: overdevelopment of hydraulic infrastructure, usually for irrigation or economic scarcity?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What can happen where there is overdevelopment of hydraulic infrastructure, usually for irrigation?

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: physical water scarcity

answers: NDQ_001802

answers: environmental degradation and declining groundwater

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: fetch water from rivers

answers: NDQ_001769

answers: domestic and agricultural uses.

answers: NDQ_001770

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001771

answers: irrigation.

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: water.

answers: NDQ_001774

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001775

answers: irrigation.

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: a lack of investment in water or insufficient human capacity

answers: NDQ_001778

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001781

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001782

answers: Physical water scarcity

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001788

answers: overdevelopment of hydraulic infrastructure,

answers: NDQ_001789

answers: hydraulic infrastructure,

answers: NDQ_001790

answers: water scarcity

answers: NDQ_001791

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001792

answers: Physical water scarcity

answers: NDQ_001793

answers: water seems abundant

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001796

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001797

answers: physical water scarcity.

answers: NDQ_001798

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001799

answers: irrigation.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: Physical water scarcity

answers: NDQ_001802

answers: environmental degradation and declining groundwater.

answers: NDQ_001803

answers: irrigation.

answers: NDQ_001804

answers: groundwater.

answers: NDQ_001805

answers: farming

text: Rwanda has abundant rainfall and water resources, totalling 5 billion cubic meters per year (177 billion cu ft/yr). However, deforestation and erosion affect the productivity of springs, which are the main source of water supply in rural areas.

text: Rwanda has abundant rainfall and water resources, totalling 5 billion cubic meters per year (177 billion cu ft/yr). However, deforestation and erosion affect the productivity of springs, which are the main source of water supply in rural areas.

answers: NDQ_001768

answers: 5 billion cubic meters per year

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: deforestation

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: What is the main source of water supply in Rwanda?

answers: NDQ_001774

answers: deforestation

answers: NDQ_001775

answers: processing

answers: NDQ_001776

answers: deforestation

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: deforestation

answers: NDQ_001781

answers: deforestation

answers: NDQ_001782

answers: What is the main source of water supply in rural areas?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What is the main source of water supply in rural areas?

answers: NDQ_001788

answers: What is the main source of water supply in rural areas?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What is the main source of water supply in rural areas?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: deforestation and erosion

answers: NDQ_001797

answers: What is the main source of water supply in rural areas?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: in rural areas

answers: NDQ_001803

answers: deforestation

answers: NDQ_001804

answers: springs

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: springs,

answers: NDQ_001769

answers: water supply in rural areas.

answers: NDQ_001770

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001771

answers: springs,

answers: NDQ_001772

answers: Rwanda

answers: NDQ_001773

answers: Rwanda

answers: NDQ_001774

answers: deforestation and erosion

answers: NDQ_001775

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001776

answers: deforestation

answers: NDQ_001777

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001778

answers: deforestation and erosion

answers: NDQ_001781

answers: deforestation and erosion

answers: NDQ_001782

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001785

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001787

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001788

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001789

answers: springs,

answers: NDQ_001790

answers: Rwanda has abundant rainfall

answers: NDQ_001791

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001792

answers: springs,

answers: NDQ_001793

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001794

answers: springs,

answers: NDQ_001795

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001796

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001797

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001798

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001799

answers: springs,

answers: NDQ_001800

answers: deforestation

answers: NDQ_001801

answers: (177 billion cu ft/yr).

answers: NDQ_001802

answers: deforestation and erosion affect the productivity of springs,

answers: NDQ_001803

answers: deforestation

answers: NDQ_001804

answers: springs,

answers: NDQ_001805

answers: springs,

text: Gold was found in the river in 1858, and water from the river was used to supply the goldfields cities of Bendigo and . As the population of those cities grew a water supply system consisting of  of tunnels and aqueducts were constructed. Over time, the water supply was extended to , as well as many other smaller towns in the region. Today the system supplies drinking water to a population exceeding 200,000. Coliban Water manages the three major water supply reservoirs, which are part of the Eppalock Proclaimed Water Supply Catchment.

text: Gold

text: was found in the river in 1858, and water from the river was used to supply the goldfields cities of

text: Bendigo

text: and . As the population of those cities grew a water supply system consisting of  of tunnels and

text: aqueducts

text: were constructed. Over time, the water supply was extended to , as well as many other smaller towns in the region. Today the system supplies drinking water to a population exceeding 200,000.

text: Coliban Water

text: manages the three major water supply reservoirs, which are part of the Eppalock Proclaimed Water Supply Catchment.

answers: NDQ_001768

answers: aqueducts

answers: NDQ_001769

answers: To supply the goldfields cities

answers: NDQ_001770

answers: gold to be mined

answers: NDQ_001771

answers: What is not a recreational use of water?

answers: NDQ_001772

answers: Coliban Water

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or water?

answers: NDQ_001774

answers: is not used for drinking water

answers: NDQ_001775

answers: What does the water supply system consist of?

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: the size of the population

answers: NDQ_001778

answers: aqueducts were constructed

answers: NDQ_001781

answers: is not used for drinking purposes

answers: NDQ_001782

answers: Which of the following is not a form of life: goldfields, Bendigo, or small towns?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of water supply: tunnels, aqueducts or drinking water?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: What does the water supply system consist of?

answers: NDQ_001790

answers: How many major water supply reservoirs are mentioned?

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a major water supply reservoir: Coliban Water, Bendigo, or Coliban?

answers: NDQ_001797

answers: Which of the following is not a climate: Bendigo, Drier, or Coliban?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: in 1858

answers: NDQ_001802

answers: today the system supplies drinking water to a population exceeding 200,000

answers: NDQ_001803

answers: aqueduct

answers: NDQ_001804

answers: aqueduct

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: tunnels and aqueducts

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: 200,000.

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: goldfields cities

answers: NDQ_001773

answers: Gold was found in the river in 1858,

answers: NDQ_001774

answers: water from the river

answers: NDQ_001775

answers: supply the goldfields

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: population of those cities grew

answers: NDQ_001778

answers: the population of those cities grew

answers: NDQ_001781

answers: drinking water

answers: NDQ_001782

answers: 200,000.

answers: NDQ_001785

answers: Gold was found in the river in 1858,

answers: NDQ_001787

answers: 200,000.

answers: NDQ_001788

answers: 200,000.

answers: NDQ_001789

answers: water supply system consisting of of tunnels and aqueducts

answers: NDQ_001790

answers: 200,000.

answers: NDQ_001791

answers: 200,000.

answers: NDQ_001792

answers: Gold was found in the river in 1858,

answers: NDQ_001793

answers: 200,000.

answers: NDQ_001794

answers: Gold was found in the river in 1858,

answers: NDQ_001795

answers: 200,000.

answers: NDQ_001796

answers: 200,000.

answers: NDQ_001797

answers: 200,000.

answers: NDQ_001798

answers: 200,000.

answers: NDQ_001799

answers: tunnels and aqueducts

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Gold was found in the river in 1858,

answers: NDQ_001802

answers: 200,000.

answers: NDQ_001803

answers: tunnels and aqueducts

answers: NDQ_001804

answers: aqueducts

answers: NDQ_001805

answers: drinking water

text: According to the Water Usage & Classification for Fresh Water system used by the Philippines' Department of Environment and Natural Resources, Class D Quality freshwater is suitable for agriculture, irrigation, livestock watering and industrial water supply class II.

text: According to the Water Usage & Classification for Fresh Water system used by the Philippines'

entity_name: Department of Environment and Natural Resources (Philippines)

text: Department of Environment and Natural Resources

text: , Class D Quality freshwater is suitable for agriculture, irrigation, livestock watering and industrial water supply class II.

answers: NDQ_001768

answers: Class D

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: Class D

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: Class D

answers: NDQ_001775

answers: Class II

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: Class D

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: Class D

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: It's impossible to say

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: How would you describe a glacier?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: Class D Quality

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Class D Quality freshwater

answers: NDQ_001769

answers: agriculture, irrigation, livestock watering and industrial water supply

answers: NDQ_001770

answers: Class D Quality freshwater

answers: NDQ_001771

answers: Class D Quality freshwater is suitable for agriculture, irrigation, livestock watering

answers: NDQ_001772

answers: agriculture,

answers: NDQ_001773

answers: Class D Quality freshwater

answers: NDQ_001774

answers: industrial water supply

answers: NDQ_001775

answers: industrial water supply class II.

answers: NDQ_001776

answers: Water Usage & Classification for Fresh Water

answers: NDQ_001777

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001778

answers: agriculture,

answers: NDQ_001781

answers: Class D Quality freshwater

answers: NDQ_001782

answers: Water Usage & Classification for Fresh Water

answers: NDQ_001785

answers: Water Usage & Classification for Fresh Water

answers: NDQ_001787

answers: Class D Quality freshwater

answers: NDQ_001788

answers: industrial water supply class II.

answers: NDQ_001789

answers: industrial water supply class II.

answers: NDQ_001790

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001791

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001792

answers: Class D Quality freshwater

answers: NDQ_001793

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001794

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001795

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001796

answers: Water Usage & Classification for Fresh Water

answers: NDQ_001797

answers: Class D

answers: NDQ_001798

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001799

answers: Class D Quality freshwater

answers: NDQ_001800

answers: Water Usage & Classification for Fresh Water

answers: NDQ_001801

answers: Philippines' Department of Environment and Natural Resources,

answers: NDQ_001802

answers: Class D

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Water Usage & Classification for Fresh Water

answers: NDQ_001805

answers: agriculture,

text: The lack of improved water supply and sanitation severely impacts the human capabilities of all Zimbabweans. Without clean water and proper sanitation human beings are more prone to contracting illnesses, and therefore suffer greater rates of morbidity and mortality due to these illnesses. Improved water supply and sanitation sectors are shown to be highly effective at reducing the rates of morbidity and mortality for many illnesses including ascariasis, cholera, diarrhea, dracunculiasis, hookworm infection, schistosomiasis, and trachoma. Diarrhea is an especially serious disease considering it is the largest killer of children under the age of five in Africa. Also, cholera is a very serious sickness in Zimbabwe especially considering the high human toll of the Zimbabwean Cholera Outbreak of 2008 and 2009.

text: The lack of improved water supply and sanitation severely impacts the human capabilities of all Zimbabweans. Without clean water and proper sanitation human beings are more prone to contracting illnesses, and therefore suffer greater rates of morbidity and mortality due to these illnesses. Improved water supply and sanitation sectors are shown to be highly effective at reducing the rates of morbidity and mortality for many illnesses including

text: ascariasis

text: cholera

text: diarrhea

text: dracunculiasis

text: hookworm

text: infection,

text: schistosomiasis

text: , and

text: trachoma

text: . Diarrhea is an especially serious disease considering it is the largest killer of children under the age of five in Africa. Also, cholera is a very serious sickness in Zimbabwe especially considering the high human toll of the Zimbabwean Cholera Outbreak of 2008 and 2009.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: cholera

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Zimbabweans

answers: NDQ_001773

answers: are used in the manufacture of fertilizers and pesticides

answers: NDQ_001774

answers: is not clean

answers: NDQ_001775

answers: cleaning and disinfecting

answers: NDQ_001776

answers: diarrhea

answers: NDQ_001777

answers: sanitation

answers: NDQ_001778

answers: lack of improved water supply

answers: NDQ_001781

answers: lacks sanitation

answers: NDQ_001782

answers: What does the lack of improved water supply and sanitation severely impact?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What does the lack of improved water supply and sanitation severely impact?

answers: NDQ_001788

answers: How would you describe the lack of improved water supply and sanitation

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does the lack of improved water supply and sanitation severely impact?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: what is the largest killer of children under the age of five in Africa

answers: NDQ_001797

answers: Which of the following is not a reason for the lack of improved water supply and sanitation?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: How is water safe to drink?

answers: NDQ_001800

answers: cholera

answers: NDQ_001801

answers: Zimbabwean Cholera Outbreak

answers: NDQ_001802

answers: without clean water and proper sanitation

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Improved water supply and sanitation

answers: NDQ_001769

answers: water supply and sanitation severely impacts the human capabilities of all Zimbabweans.

answers: NDQ_001770

answers: illnesses,

answers: NDQ_001771

answers: Zimbabweans.

answers: NDQ_001772

answers: Zimbabweans.

answers: NDQ_001773

answers: Zimbabwean Cholera Outbreak of 2008 and 2009.

answers: NDQ_001774

answers: illnesses,

answers: NDQ_001775

answers: water supply and sanitation severely impacts the human capabilities of all Zimbabweans.

answers: NDQ_001776

answers: Diarrhea

answers: NDQ_001777

answers: improved water supply and sanitation

answers: NDQ_001778

answers: illnesses,

answers: NDQ_001781

answers: The lack of improved water supply and sanitation

answers: NDQ_001782

answers: human beings

answers: NDQ_001785

answers: Without clean water

answers: NDQ_001787

answers: Zimbabwean Cholera Outbreak of 2008 and 2009.

answers: NDQ_001788

answers: water supply and sanitation severely impacts the human capabilities of all Zimbabweans.

answers: NDQ_001789

answers: Improved water supply

answers: NDQ_001790

answers: Zimbabweans.

answers: NDQ_001791

answers: Zimbabweans.

answers: NDQ_001792

answers: Zimbabweans.

answers: NDQ_001793

answers: Zimbabweans. Without clean water and proper sanitation

answers: NDQ_001794

answers: Zimbabweans.

answers: NDQ_001795

answers: Zimbabweans. Without clean water

answers: NDQ_001796

answers: Diarrhea

answers: NDQ_001797

answers: Zimbabweans.

answers: NDQ_001798

answers: Improved water supply and sanitation sectors

answers: NDQ_001799

answers: clean water

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: Zimbabwean Cholera Outbreak

answers: NDQ_001802

answers: clean water

answers: NDQ_001803

answers: Improved water supply

answers: NDQ_001804

answers: water supply and sanitation severely impacts the human capabilities of all Zimbabweans.

answers: NDQ_001805

answers: largest killer of children under the age of five

text: Appliances were available in small sizes suitable for a country house, pumping about 100 gallons per minute, through to large dockyard models, rated at 2000 gallons per minute. A common size, popular with Borough fire brigades, was the double vertical boiler, that could pump between 250 and 450 gallons per minute. Merryweather also provided hydrants and mains water supplies for highly vulnerable sites such as theatres, where getting a strong enough supply of water could be a problem.

text: Appliances were available in small sizes suitable for a country house, pumping about 100 gallons per minute, through to large

text: dockyard

text: models, rated at 2000 gallons per minute. A common size, popular with Borough

text: fire brigade

text: s, was the double vertical boiler, that could pump between 250 and 450 gallons per minute. Merryweather also provided

text: hydrants

text: and mains water supplies for highly vulnerable sites such as theatres, where getting a strong enough supply of water could be a problem.

answers: NDQ_001768

answers: 100 gallons per minute

answers: NDQ_001769

answers: Borough fire brigades

answers: NDQ_001770

answers: fires

answers: NDQ_001771

answers: theatres

answers: NDQ_001772

answers: theatres

answers: NDQ_001773

answers: Which of the following is not a product of Merryweather?

answers: NDQ_001774

answers: is pumped too slowly

answers: NDQ_001775

answers: a country house

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: the size of the appliances

answers: NDQ_001778

answers: theatres

answers: NDQ_001781

answers: pumps too slow

answers: NDQ_001782

answers: Which of the following is not a type of life: theatres, hydrants, or fire brigades?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What type of appliances were available in small sizes suitable for a country house?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a type of appliance: appliances, hydrants or boilers?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or theatres?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many gallons per minute could the double vertical boiler pump?

answers: NDQ_001797

answers: How many gallons per minute could the double vertical boiler pump?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: hydrants

answers: NDQ_001804

answers: mains water supplies

answers: NDQ_001805

answers: NDQ_001768

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001769

answers: Borough fire brigades,

answers: NDQ_001770

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001771

answers: theatres,

answers: NDQ_001772

answers: Borough fire brigades,

answers: NDQ_001773

answers: 100 gallons per minute, through to large dockyard models,

answers: NDQ_001774

answers: 100 gallons per minute,

answers: NDQ_001775

answers: theatres,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: highly vulnerable sites

answers: NDQ_001778

answers: theatres,

answers: NDQ_001781

answers: getting a strong enough supply of water

answers: NDQ_001782

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001785

answers: 100 gallons per minute,

answers: NDQ_001787

answers: 2000 gallons per minute.

answers: NDQ_001788

answers: 2000 gallons per minute.

answers: NDQ_001789

answers: boiler,

answers: NDQ_001790

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001791

answers: 100 gallons per minute,

answers: NDQ_001792

answers: theatres,

answers: NDQ_001793

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001794

answers: 2000 gallons per minute.

answers: NDQ_001795

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001796

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001797

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001798

answers: 100 gallons per minute,

answers: NDQ_001799

answers: 100 gallons per minute,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001802

answers: getting a strong enough supply of water could be a problem.

answers: NDQ_001803

answers: hydrants

answers: NDQ_001804

answers: mains water supplies

answers: NDQ_001805

answers: 2000 gallons per minute.

text: DevelopDenver Water has plans to expand Gross Reservoir, which will address a looming supply shortage and improve the reliability of Denver Water’s system. Denver Water also is turning gravel pits to water storage sites, which allows it to store and release reusable water to meet downstream water requirements.

text: DevelopDenver Water has plans to expand

text: Gross Reservoir

text: , which will address a looming supply shortage and improve the reliability of Denver Water’s system. Denver Water also is turning gravel pits to water storage sites, which allows it to store and release reusable water to meet downstream water requirements.

answers: NDQ_001768

answers: reusable water

answers: NDQ_001769

answers: Denver Water

answers: NDQ_001770

answers: Denver Water to run out of water

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: Denver Water

answers: NDQ_001773

answers: Which of the following is not a type of chemical: Agricultural chemicals or gravel pits?

answers: NDQ_001774

answers: releases water into the air

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: Gross Reservoir

answers: NDQ_001778

answers: turning gravel pits to water storage sites

answers: NDQ_001781

answers: stored in gravel pits

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a reason Denver Water is turning gravel pits to water storage sites?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a type of energy?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or Denver Water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a reason for Denver Water to expand Gross Reservoir?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: supply shortage

answers: NDQ_001801

answers: looming supply shortage

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: reusable water

answers: NDQ_001804

answers: gross reservoir

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: reusable water

answers: NDQ_001769

answers: downstream water requirements.

answers: NDQ_001770

answers: supply shortage

answers: NDQ_001771

answers: reusable water

answers: NDQ_001772

answers: Denver Water’s

answers: NDQ_001773

answers: DevelopDenver Water has plans to expand Gross Reservoir,

answers: NDQ_001774

answers: reusable water

answers: NDQ_001775

answers: reusable water to meet downstream water requirements.

answers: NDQ_001776

answers: looming supply shortage

answers: NDQ_001777

answers: reliability of Denver Water’s system.

answers: NDQ_001778

answers: supply shortage

answers: NDQ_001781

answers: reusable water

answers: NDQ_001782

answers: reusable water to meet downstream water requirements.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: DevelopDenver Water has plans to expand Gross Reservoir,

answers: NDQ_001788

answers: reusable water

answers: NDQ_001789

answers: reusable water

answers: NDQ_001790

answers: DevelopDenver Water has plans to expand Gross Reservoir,

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: DevelopDenver Water has plans to expand Gross Reservoir,

answers: NDQ_001793

answers: looming supply shortage and improve the reliability of Denver Water’s

answers: NDQ_001794

answers: gravel pits

answers: NDQ_001795

answers: looming supply shortage

answers: NDQ_001796

answers: DevelopDenver Water has plans to expand Gross Reservoir,

answers: NDQ_001797

answers: DevelopDenver Water has plans to expand Gross Reservoir,

answers: NDQ_001798

answers: Denver Water also is turning gravel pits to water storage sites,

answers: NDQ_001799

answers: reusable water

answers: NDQ_001800

answers: supply shortage

answers: NDQ_001801

answers: looming supply shortage

answers: NDQ_001802

answers: reusable water

answers: NDQ_001803

answers: reusable water

answers: NDQ_001804

answers: Gross Reservoir,

answers: NDQ_001805

answers: reusable water

text: Supply of reticulated water has been controversial for decades, primarily due to the steepness of the streets. Previously, many allotments within the suburb have no government water supply, instead being serviced by independent water schemes sourced from bores, some being privately owned, some being co-operatives. However SA Water is now taking responsibility for the water supply with all homes expected to be connected to their systems in early 2016.

text: Supply of reticulated water has been controversial for decades, primarily due to the steepness of the streets. Previously, many allotments within the suburb have no government water supply, instead being serviced by independent water schemes sourced from bores, some being privately owned, some being co-operatives. However SA Water is now taking responsibility for the water supply with all homes expected to be connected to their systems in early 2016.

answers: NDQ_001768

answers: bores

answers: NDQ_001769

answers: government

answers: NDQ_001770

answers: Steep streets

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a source of water: bores, co-operatives or reticulated water?

answers: NDQ_001774

answers: is steep

answers: NDQ_001775

answers: allotments

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the slope of the streets

answers: NDQ_001778

answers: steepness of the streets

answers: NDQ_001781

answers: steepness

answers: NDQ_001782

answers: What is the purpose of the passage?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is the source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe the climate?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: bores

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: bores,

answers: NDQ_001769

answers: government water supply,

answers: NDQ_001770

answers: steepness of the streets.

answers: NDQ_001771

answers: reticulated water

answers: NDQ_001772

answers: reticulated water

answers: NDQ_001773

answers: reticulated water

answers: NDQ_001774

answers: steepness of the streets.

answers: NDQ_001775

answers: reticulated water

answers: NDQ_001776

answers: reticulated water

answers: NDQ_001777

answers: steepness of the streets.

answers: NDQ_001778

answers: steepness of the streets.

answers: NDQ_001781

answers: steepness of the streets.

answers: NDQ_001782

answers: all homes expected to be connected to their systems in early 2016.

answers: NDQ_001785

answers: 2016.

answers: NDQ_001787

answers: reticulated water

answers: NDQ_001788

answers: reticulated water

answers: NDQ_001789

answers: bores,

answers: NDQ_001790

answers: 2016.

answers: NDQ_001791

answers: 2016.

answers: NDQ_001792

answers: bores,

answers: NDQ_001793

answers: 2016.

answers: NDQ_001794

answers: bores,

answers: NDQ_001795

answers: 2016.

answers: NDQ_001796

answers: reticulated water

answers: NDQ_001797

answers: Supply of reticulated water

answers: NDQ_001798

answers: 2016.

answers: NDQ_001799

answers: reticulated water

answers: NDQ_001800

answers: Supply of reticulated water

answers: NDQ_001801

answers: 2016.

answers: NDQ_001802

answers: steepness of the streets.

answers: NDQ_001803

answers: reticulated water

answers: NDQ_001804

answers: reticulated water

answers: NDQ_001805

answers: Supply of reticulated water

text: The main cause of schistosomiasis is the dumping of human and animal waste into water supplies. To prevent contact between animals and S.bovis, areas of flowing and standing water, including irrigated land, should be fenced in and animals be supplied with piped, clean water. Hygienic disposal of waste would be sufficient to eliminate the disease.

text: The main cause of schistosomiasis is the dumping of human and

text: animal waste

text: into water supplies. To prevent contact between animals and S.bovis, areas of flowing and standing water, including

text: irrigated land

text: , should be fenced in and animals be supplied with piped, clean water. Hygienic disposal of waste would be sufficient to eliminate the disease.

answers: NDQ_001768

answers: human and animal waste

answers: NDQ_001769

answers: human and animal waste

answers: NDQ_001770

answers: schistosomiasis

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: What is the main cause of schistosomiasis?

answers: NDQ_001774

answers: dumping

answers: NDQ_001775

answers: irrigating land

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: human and animal waste

answers: NDQ_001778

answers: irrigated land

answers: NDQ_001781

answers: dumping into water supplies

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is not true?

answers: NDQ_001787

answers: Which of the following is not a possible cause of schistosomiasis?

answers: NDQ_001788

answers: What is the main cause of schistosomiasis?

answers: NDQ_001789

answers: Which of the following is not a type of water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the main cause of schistosomiasis?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: dumping of human and animal waste into water supplies

answers: NDQ_001797

answers: Which of the following is not a cause of schistosomiasis: dumping of human and animal waste into water supplies

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a type of water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: human and animal waste

answers: NDQ_001803

answers: irrigated

answers: NDQ_001804

answers: irrigated land

answers: NDQ_001805

answers: animal waste

answers: NDQ_001768

answers: irrigated land,

answers: NDQ_001769

answers: irrigated land,

answers: NDQ_001770

answers: S.bovis,

answers: NDQ_001771

answers: irrigated land,

answers: NDQ_001772

answers: human and animal waste

answers: NDQ_001773

answers: irrigated land,

answers: NDQ_001774

answers: dumping of human and animal waste

answers: NDQ_001775

answers: irrigated

answers: NDQ_001776

answers: dumping of human and animal waste into water supplies.

answers: NDQ_001777

answers: irrigated land,

answers: NDQ_001778

answers: dumping of human and animal waste into water supplies.

answers: NDQ_001781

answers: human and animal waste

answers: NDQ_001782

answers: areas of flowing and standing water,

answers: NDQ_001785

answers: The main cause of schistosomiasis

answers: NDQ_001787

answers: irrigated land,

answers: NDQ_001788

answers: areas of flowing and standing water,

answers: NDQ_001789

answers: irrigated land,

answers: NDQ_001790

answers: irrigated land,

answers: NDQ_001791

answers: irrigated land,

answers: NDQ_001792

answers: areas of flowing and standing water,

answers: NDQ_001793

answers: irrigated land,

answers: NDQ_001794

answers: areas of flowing and standing water,

answers: NDQ_001795

answers: clean water.

answers: NDQ_001796

answers: dumping of human and animal waste into water supplies.

answers: NDQ_001797

answers: irrigated land,

answers: NDQ_001798

answers: irrigated land,

answers: NDQ_001799

answers: flowing and standing water,

answers: NDQ_001800

answers: water supplies.

answers: NDQ_001801

answers: areas of flowing and standing water,

answers: NDQ_001802

answers: human and animal waste into water supplies.

answers: NDQ_001803

answers: irrigated land,

answers: NDQ_001804

answers: piped, clean water.

answers: NDQ_001805

answers: human and animal waste

text: Changing landscape for the use of agriculture has a great effect on the flow of fresh water.  Changes in landscape by the removal of trees and soils changes the flow of fresh water in the local environment and also affects the cycle of fresh water. As a result, more fresh water is stored in the soil which benefits agriculture. However, since agriculture is the human activity that consumes the most fresh water, this can put a severe strain on local freshwater resources resulting in the destruction of local ecosystems. In Australia,  over-abstraction of fresh water for intensive irrigation activities has caused 33% of the land area to be at risk of salination. With regards to agriculture, the World Bank targets food production and water management as an increasingly global issue that will foster debate.

text: Changing landscape for the use of agriculture has a great effect on the flow of fresh water.  Changes in landscape by the removal of trees and

text: soil

text: s changes the flow of fresh water in the local environment and also affects the cycle of fresh water. As a result, more fresh water is stored in the soil which benefits agriculture. However, since agriculture is the

text: human

text: activity that consumes the most fresh water, this can put a severe strain on local freshwater resources resulting in the destruction of local ecosystems. In Australia,  over-abstraction of fresh water for intensive

text: irrigation

text: activities has caused 33% of the land area to be at risk of salination. With regards to agriculture, the World Bank targets food production and water management as an increasingly global issue that will foster debate.

answers: NDQ_001768

answers: agriculture

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: destruction of local ecosystems

answers: NDQ_001771

answers: fishing and swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of fresh water: trees, soil, or water?

answers: NDQ_001774

answers: is stored in the soil

answers: NDQ_001775

answers: food production

answers: NDQ_001776

answers: agriculture

answers: NDQ_001777

answers: Changing landscape

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: over-abstracts fresh water

answers: NDQ_001782

answers: Which activity consumes the most fresh water?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a cause of salination?

answers: NDQ_001788

answers: What can put a severe strain on local freshwater resources?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What can put a severe strain on local freshwater resources?

answers: NDQ_001797

answers: Which of the following is not a human activity that consumes the most fresh water?

answers: NDQ_001798

answers: How many percent of the land area is at risk of salination

answers: NDQ_001799

answers: Which of the following statements about water is TRUE?

answers: NDQ_001800

answers: agriculture

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: this can put a severe strain on local freshwater resources

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: agriculture

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: salination.

answers: NDQ_001771

answers: agriculture

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: destruction of local ecosystems.

answers: NDQ_001774

answers: agriculture

answers: NDQ_001775

answers: food production

answers: NDQ_001776

answers: agriculture

answers: NDQ_001777

answers: Changing landscape

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: over-abstraction of fresh water

answers: NDQ_001782

answers: agriculture is the human activity that consumes the most fresh water,

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: over-abstraction of fresh water

answers: NDQ_001788

answers: over-abstraction of fresh water

answers: NDQ_001789

answers: agriculture is the human activity that consumes the most fresh water,

answers: NDQ_001790

answers: agriculture is the human activity that consumes the most fresh water,

answers: NDQ_001791

answers: agriculture is the human activity that consumes the most fresh water,

answers: NDQ_001792

answers: agriculture has a great effect on the flow of fresh water.

answers: NDQ_001793

answers: agriculture

answers: NDQ_001794

answers: soil

answers: NDQ_001795

answers: 33% of the land area to be at risk of salination.

answers: NDQ_001796

answers: agriculture has a great effect on the flow of fresh water.

answers: NDQ_001797

answers: agriculture is the human activity that consumes the most fresh water,

answers: NDQ_001798

answers: more fresh water is stored in the soil

answers: NDQ_001799

answers: flow of fresh water

answers: NDQ_001800

answers: agriculture is the human activity that consumes the most fresh water,

answers: NDQ_001801

answers: agriculture has a great effect on the flow of fresh water.

answers: NDQ_001802

answers: 33% of the land area to be at risk of salination.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: more fresh water is stored in the soil

answers: NDQ_001805

answers: agriculture

text: Since the late 1970s, the New York City Department of Environmental Protection (NYCDEP) has been monitoring two leaks that collectively release between  of water per day.  These leaks have caused many problems with flooding and drinking water contamination, particularly for residents of Wawarsing, New York.  In the town of Newburgh, 35 miles southeast, residents thought that a stream bubbling out of a wetlands was a natural artesian well; in reality, the water was coming out of a 36-square-foot tunnel carved out by the force of water blasting from a crack in the aqueduct buried 650 feet (300m) underground. Combined with the leak in Wawarsing, the NYCDEP admitted in the early 1990s that the aqueduct was leaking at a rate of up to 35 million gallons a day, enough water to supply nearly half a million people.

text: Since the late 1970s, the

entity_name: New York City Department of Environmental Protection

text: New York City Department of Environmental Protection

text: (NYCDEP) has been monitoring two leaks that collectively release between  of water per day.  These leaks have caused many problems with flooding and drinking water contamination, particularly for residents of

text: Wawarsing

text: , New York.  In the town of

text: Newburgh

text: , 35 miles southeast, residents thought that a stream bubbling out of a wetlands was a natural artesian well; in reality, the water was coming out of a 36-square-foot tunnel carved out by the force of water blasting from a crack in the aqueduct buried 650 feet (300m) underground. Combined with the leak in Wawarsing, the NYCDEP admitted in the early 1990s that the aqueduct was leaking at a rate of up to 35 million gallons a day, enough water to supply nearly half a million people.

answers: NDQ_001768

answers: between of water per day

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water contamination

answers: NDQ_001771

answers: How many gallons of water does the aqueduct release per day?

answers: NDQ_001772

answers: New York

answers: NDQ_001773

answers: Which of the following is not a source of contamination: aqueduct, wetlands, or drinking water?

answers: NDQ_001774

answers: leaks

answers: NDQ_001775

answers: aqueduct

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: aqueduct

answers: NDQ_001778

answers: leaks

answers: NDQ_001781

answers: leaks

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or wetlands?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or wetlands?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: these leaks have caused many problems with flooding and drinking water contamination

answers: NDQ_001803

answers: natural artesian well

answers: NDQ_001804

answers: aqueduct

answers: NDQ_001805

answers: New York City

answers: NDQ_001768

answers: a natural artesian well;

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: flooding and drinking water contamination,

answers: NDQ_001771

answers: enough water to supply nearly half a million people.

answers: NDQ_001772

answers: drinking water contamination, particularly for residents of Wawarsing, New York.

answers: NDQ_001773

answers: the New York City Department of Environmental Protection

answers: NDQ_001774

answers: drinking water contamination,

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: 35 million gallons a day,

answers: NDQ_001778

answers: leaks

answers: NDQ_001781

answers: aqueduct

answers: NDQ_001782

answers: enough water to supply nearly half a million people.

answers: NDQ_001785

answers: water per day.

answers: NDQ_001787

answers: drinking water contamination,

answers: NDQ_001788

answers: 35 million gallons a day,

answers: NDQ_001789

answers: aqueduct

answers: NDQ_001790

answers: half a million people.

answers: NDQ_001791

answers: wetlands

answers: NDQ_001792

answers: natural artesian well;

answers: NDQ_001793

answers: half a million people.

answers: NDQ_001794

answers: buried 650 feet (300m) underground.

answers: NDQ_001795

answers: half a million people.

answers: NDQ_001796

answers: 35 million gallons a day,

answers: NDQ_001797

answers: wetlands

answers: NDQ_001798

answers: late 1970s,

answers: NDQ_001799

answers: water blasting from a crack in the aqueduct

answers: NDQ_001800

answers: water per day.

answers: NDQ_001801

answers: late 1970s,

answers: NDQ_001802

answers: drinking water contamination,

answers: NDQ_001803

answers: natural artesian well;

answers: NDQ_001804

answers: aqueduct

answers: NDQ_001805

answers: half a million people.

text: If a hurricane struck Florida and there was a shortage of water, everything else equal, the price of bottled water would increase. Water in Florida, before this shortage, was used for drinking water, cooking, watering plants, and bathing. With the tap off, the price of bottled water has increased to such an extent that bottled water will surely not be purchased for watering plants or bathing. That is, the increase in price reflects the increase in the value we attribute to the last use of the last unit in the supply of the good. To explain, before the hurricane, water was valued according to the fact that it would be used for bathing and watering plants. Now, with a shortage, it is valued according to its ability to quench thirst and cook food. The latter uses importance is "approximated" in the price of the good. The bottled water which now costs, say, $20 a bottle, is an approximation of the value attribute to drinking water, cooking water, and whatever else it might be used for at the higher price—given that previous uses are not considered due to the shortage of supply and its corollary, the increase in price. That is why it is said that a homogeneous stock of goods is valued according to its final utility—according to its last use of a stock of a good.

text: If a hurricane struck Florida and there was a shortage of water, everything else equal, the

text: price

text: of bottled water would increase. Water in Florida, before this

text: shortage

text: , was used for drinking water, cooking, watering plants, and bathing. With the tap off, the price of bottled water has increased to such an extent that bottled water will surely not be purchased for watering plants or bathing. That is, the increase in price reflects the increase in the value we attribute to the last use of the last unit in the

text: supply

text: of the

text: good

text: . To explain, before the hurricane, water was valued according to the fact that it would be used for bathing and watering plants. Now, with a shortage, it is valued according to its ability to quench thirst and cook food. The latter uses importance is "approximated" in the price of the good. The bottled water which now costs, say, $20 a bottle, is an approximation of the

text: value

text: attribute to drinking water, cooking water, and whatever else it might be used for at the higher price—given that previous uses are not considered due to the shortage of supply and its corollary, the increase in price. That is why it is said that a homogeneous stock of goods is valued according to its final utility—according to its last use of a stock of a good.

answers: NDQ_001768

answers: watering plants and bathing

answers: NDQ_001769

answers: watering plants and bathing

answers: NDQ_001770

answers: price increase

answers: NDQ_001771

answers: bathing

answers: NDQ_001772

answers: watering plants

answers: NDQ_001773

answers: Which of the following is not a last use of a stock of goods?

answers: NDQ_001774

answers: With the tap off

answers: NDQ_001775

answers: watering plants and bathing

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: a hurricane

answers: NDQ_001778

answers: price of bottled water

answers: NDQ_001781

answers: is not valued according to its final utility

answers: NDQ_001782

answers: Which of the following is not a form of life: drinking water, cooking water, or bathing?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What would happen if there was a shortage of water?

answers: NDQ_001789

answers: Which of the following is not a last use of water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What would happen if there was a shortage of water?

answers: NDQ_001797

answers: What would happen if there was a shortage of water?

answers: NDQ_001798

answers: Why did we use less water today

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a hurricane struck

answers: NDQ_001802

answers: With the tap off, the price of bottled water has increased to such an extent

answers: NDQ_001803

answers: watering plants

answers: NDQ_001804

answers: can be used to water plants

answers: NDQ_001805

answers: watering plants

answers: NDQ_001768

answers: bottled water

answers: NDQ_001769

answers: drinking water, cooking, watering plants, and bathing.

answers: NDQ_001770

answers: price of bottled water

answers: NDQ_001771

answers: bathing.

answers: NDQ_001772

answers: bottled water

answers: NDQ_001773

answers: water,

answers: NDQ_001774

answers: tap off,

answers: NDQ_001775

answers: drinking water, cooking, watering plants, and bathing.

answers: NDQ_001776

answers: water,

answers: NDQ_001777

answers: shortage

answers: NDQ_001778

answers: hurricane struck Florida and there was a shortage of water,

answers: NDQ_001781

answers: previous uses are not considered due to the shortage of supply

answers: NDQ_001782

answers: If a hurricane struck Florida and there was a shortage of water,

answers: NDQ_001785

answers: food.

answers: NDQ_001787

answers: If a hurricane struck Florida and there was a shortage of water,

answers: NDQ_001788

answers: If a hurricane struck Florida and there was a shortage of water,

answers: NDQ_001789

answers: cook food.

answers: NDQ_001790

answers: water,

answers: NDQ_001791

answers: If a hurricane struck Florida and there was a shortage of water,

answers: NDQ_001792

answers: If a hurricane struck Florida and there was a shortage of water,

answers: NDQ_001793

answers: Florida

answers: NDQ_001794

answers: water,

answers: NDQ_001795

answers: If a hurricane struck Florida and there was a shortage of water,

answers: NDQ_001796

answers: shortage of water,

answers: NDQ_001797

answers: Florida

answers: NDQ_001798

answers: drinking water, cooking, watering plants, and bathing.

answers: NDQ_001799

answers: Water in Florida, before this shortage, was used for drinking water,

answers: NDQ_001800

answers: shortage of water,

answers: NDQ_001801

answers: hurricane struck Florida and there was a shortage of water,

answers: NDQ_001802

answers: bottled water

answers: NDQ_001803

answers: bottled water

answers: NDQ_001804

answers: water, everything else equal, the price of bottled water

answers: NDQ_001805

answers: cook food.

text: On the liquid side of these heat exchangers, the common fluids are water, a water-glycol solution, steam, or a refrigerant. For heating coils, hot water and steam are the most common, and this heated fluid is supplied by boilers, for example. For cooling coils, chilled water and refrigerant are most common. Chilled water is supplied from a chiller that is potentially located very far away, but refrigerant must come from a nearby condensing unit. When a refrigerant is used, the cooling coil is the evaporator in the vapor-compression refrigeration cycle. HVAC coils that use this direct-expansion of refrigerants are commonly called DX coils.  Some DX coils are "microchannel" type.

text: On the liquid side of these heat exchangers, the common fluids are water, a water-glycol solution, steam, or a

text: refrigerant

text: . For heating coils, hot water and steam are the most common, and this heated fluid is supplied by

text: boiler

text: s, for example. For cooling coils, chilled water and refrigerant are most common. Chilled water is supplied from a

text: chiller

text: that is potentially located very far away, but refrigerant must come from a nearby condensing unit. When a refrigerant is used, the cooling coil is the

text: evaporator

text: in the

text: vapor-compression refrigeration

text: cycle. HVAC coils that use this direct-expansion of refrigerants are commonly called DX coils.  Some DX coils are "microchannel" type.

answers: NDQ_001768

answers: Chilled water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: heat exchangers to overheat

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: cooling coils

answers: NDQ_001773

answers: What is the name of the chemical that is used in the manufacture of fertilizers?

answers: NDQ_001774

answers: chiller is located very far away

answers: NDQ_001775

answers: heating coils

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: water availability

answers: NDQ_001778

answers: heating coils

answers: NDQ_001781

answers: chiller is potentially located very far away

answers: NDQ_001782

answers: What are the common fluids on the liquid side of these heat exchangers?

answers: NDQ_001785

answers: What can we live longer without?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Chilled water

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: water

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water

answers: NDQ_001797

answers: Drier climates generally have less water for people to use

answers: NDQ_001798

answers: cooling coils

answers: NDQ_001799

answers: Which of the following is not a fluid: water, a water-glycol solution, steam, or a refrigerant

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Chilled water

answers: NDQ_001802

answers: a water-glycol solution

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: condensing unit

answers: NDQ_001805

answers: hot water and steam are the most common

answers: NDQ_001768

answers: chilled water

answers: NDQ_001769

answers: heating coils,

answers: NDQ_001770

answers: chiller that is potentially located very far away,

answers: NDQ_001771

answers: hot water

answers: NDQ_001772

answers: HVAC coils

answers: NDQ_001773

answers: water-glycol solution,

answers: NDQ_001774

answers: chiller that is potentially located very far away,

answers: NDQ_001775

answers: heating coils,

answers: NDQ_001776

answers: refrigerant.

answers: NDQ_001777

answers: chiller that is potentially located very far away,

answers: NDQ_001778

answers: heating

answers: NDQ_001781

answers: chiller that is potentially located very far away,

answers: NDQ_001782

answers: water,

answers: NDQ_001785

answers: refrigerant

answers: NDQ_001787

answers: refrigerant must come from a nearby condensing unit.

answers: NDQ_001788

answers: Chilled water is supplied from a chiller

answers: NDQ_001789

answers: hot water

answers: NDQ_001790

answers: water, a water-glycol solution,

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: Chilled water

answers: NDQ_001793

answers: water, a water-glycol solution,

answers: NDQ_001794

answers: Chilled water

answers: NDQ_001795

answers: water, a water-glycol solution,

answers: NDQ_001796

answers: water, a water-glycol solution,

answers: NDQ_001797

answers: Chilled water

answers: NDQ_001798

answers: Chilled water

answers: NDQ_001799

answers: steam, or a refrigerant.

answers: NDQ_001800

answers: water, a water-glycol solution,

answers: NDQ_001801

answers: refrigerant must come from a nearby condensing unit.

answers: NDQ_001802

answers: water-glycol solution,

answers: NDQ_001803

answers: boilers,

answers: NDQ_001804

answers: condensing unit.

answers: NDQ_001805

answers: heating coils,

text: Water is an essential natural resource for human existence. It is needed in every industrial and natural process, for example, it is used for oil refining, for liquid-liquid extraction in hydro-metallurgical processes, for cooling, for scrubbing in the iron and the steel industry and for several operations in food processing facilities , etc. It is necessary to adopt a new approach to design urban water supply networks; water shortages are expected in the forthcoming decades and environmental regulations for water utilization and waste-water disposal are  increasingly stringent.

text: Water

text: is an essential

text: natural resource

text: for human existence. It is needed in every industrial and natural process, for example, it is used for

text: oil refining

text: , for

text: liquid-liquid extraction

text: in hydro-metallurgical processes, for cooling, for scrubbing in the iron and the steel industry and for several operations in

text: food processing

text: facilities , etc. It is necessary to adopt a new approach to design urban water supply networks;

text: water shortages

text: are expected in the forthcoming decades and environmental regulations for water utilization and

text: waste-water

text: disposal are  increasingly stringent.

answers: NDQ_001768

answers: oil refining

answers: NDQ_001769

answers: urban water supply networks

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: cooling

answers: NDQ_001772

answers: oil refining

answers: NDQ_001773

answers: Which of the following is not used for cooling, for scrubbing in the iron and the steel industry?

answers: NDQ_001774

answers: waste-water disposal are increasingly stringent

answers: NDQ_001775

answers: for cooling, for scrubbing in the iron and the steel industry

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water supply networks

answers: NDQ_001778

answers: water utilization

answers: NDQ_001781

answers: waste-water disposal is increasingly stringent

answers: NDQ_001782

answers: Why is water an essential resource for human existence?

answers: NDQ_001785

answers: How can we live longer without water than without food?

answers: NDQ_001787

answers: Why is it necessary to adopt a new approach to design urban water supply networks?

answers: NDQ_001788

answers: water shortages are expected in the forthcoming decades

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Why are glaciers an essential natural resource for human existence?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water shortages are expected in the forthcoming decades

answers: NDQ_001797

answers: Why is it necessary to adopt a new approach to design urban water supply networks?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: is expected in the forthcoming decades

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: urban water supply networks

answers: NDQ_001805

answers: oil refining

answers: NDQ_001768

answers: environmental regulations for water utilization and waste-water disposal are increasingly stringent.

answers: NDQ_001769

answers: urban water supply networks;

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: cooling,

answers: NDQ_001772

answers: urban

answers: NDQ_001773

answers: Water

answers: NDQ_001774

answers: waste-water disposal

answers: NDQ_001775

answers: oil refining,

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: design urban water supply networks;

answers: NDQ_001778

answers: water utilization and waste-water disposal

answers: NDQ_001781

answers: environmental regulations for water utilization and waste-water disposal

answers: NDQ_001782

answers: Water is an essential natural resource for human existence.

answers: NDQ_001785

answers: Water is an essential natural resource for human existence.

answers: NDQ_001787

answers: It is necessary to adopt a new approach to design urban water supply networks;

answers: NDQ_001788

answers: waste-water disposal

answers: NDQ_001789

answers: oil refining,

answers: NDQ_001790

answers: water shortages are expected in the forthcoming decades

answers: NDQ_001791

answers: Water

answers: NDQ_001792

answers: Water is an essential natural resource for human existence.

answers: NDQ_001793

answers: water shortages are expected in the forthcoming decades

answers: NDQ_001794

answers: water shortages

answers: NDQ_001795

answers: water shortages

answers: NDQ_001796

answers: water shortages

answers: NDQ_001797

answers: water shortages are expected in the forthcoming decades

answers: NDQ_001798

answers: environmental regulations for water utilization and waste-water disposal are increasingly stringent.

answers: NDQ_001799

answers: waste-water disposal are increasingly stringent.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: water shortages are expected in the forthcoming decades

answers: NDQ_001802

answers: increasingly stringent.

answers: NDQ_001803

answers: urban water supply networks;

answers: NDQ_001804

answers: urban water supply networks;

answers: NDQ_001805

answers: oil refining,

text: For an instance, in India the rainfall over the country is primarily orographic, associated with tropical depressions originating in the Arabian Sea and the Bay of Bengal. The summer monsoon accounts for more than 85 per cent of the precipitation. The uncertainty of occurrence of rainfall marked by prolonged dry spells and fluctuations in seasonal and annual rainfall is a serious problem for the country. Large parts of Haryana, Maharashtra, Andhra Pradesh, Rajasthan, Gujarat, Madhya Pradesh, Karnataka and Tamil Nadu are not only in deficit in rainfall but also subject to large variations, resulting in frequent droughts and causing immense hardship to the population and enormous loss to the nation. The water availability even for drinking purposes becomes critical, particularly in the summer months as the rivers dry up and the ground water recedes. Regional variations in the rainfall lead to situations when some parts of the country do not have enough water even for raising a single crop. On the other hand excess rainfall occurring in some parts of the country create havoc due to floods.

text: For an instance, in India the rainfall over the country is primarily orographic, associated with tropical depressions originating in the Arabian Sea and the Bay of Bengal. The summer monsoon accounts for more than 85 per cent of the precipitation. The uncertainty of occurrence of rainfall marked by prolonged dry spells and fluctuations in seasonal and annual rainfall is a serious problem for the country. Large parts of Haryana, Maharashtra, Andhra Pradesh, Rajasthan, Gujarat, Madhya Pradesh, Karnataka and Tamil Nadu are not only in deficit in rainfall but also subject to large variations, resulting in frequent droughts and causing immense hardship to the population and enormous loss to the nation. The water availability even for drinking purposes becomes critical, particularly in the summer months as the rivers dry up and the ground water recedes. Regional variations in the rainfall lead to situations when some parts of the country do not have enough water even for raising a single crop. On the other hand excess rainfall occurring in some parts of the country create havoc due to floods.

answers: NDQ_001768

answers: drinking purposes

answers: NDQ_001769

answers: drinking purposes

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: water skiing and water skiing

answers: NDQ_001772

answers: drinking purposes

answers: NDQ_001773

answers: Which of the following is not an agricultural chemical: fertilizers, pesticides, or water?

answers: NDQ_001774

answers: dry up

answers: NDQ_001775

answers: drinking purposes

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: seasonal and annual rainfall

answers: NDQ_001778

answers: raising a single crop

answers: NDQ_001781

answers: dry up

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a cause of frequent droughts?

answers: NDQ_001788

answers: Which of the following is not a cause of frequent droughts?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The water availability even for drinking purposes becomes critical

answers: NDQ_001797

answers: Why is the water availability even for drinking purposes becomes critical?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Which of the following is not a type of water: rivers, lakes, or ground water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: The water availability even for drinking purposes becomes critical

answers: NDQ_001803

answers: raising a single crop

answers: NDQ_001804

answers: ground water

answers: NDQ_001805

answers: drinking purposes

answers: NDQ_001768

answers: drinking purposes

answers: NDQ_001769

answers: drinking purposes

answers: NDQ_001770

answers: drinking purposes

answers: NDQ_001771

answers: drinking

answers: NDQ_001772

answers: drinking purposes

answers: NDQ_001773

answers: crop.

answers: NDQ_001774

answers: the rivers dry up and the ground water recedes.

answers: NDQ_001775

answers: drinking purposes

answers: NDQ_001776

answers: tropical depressions

answers: NDQ_001777

answers: Regional variations in the rainfall

answers: NDQ_001778

answers: hardship to the population

answers: NDQ_001781

answers: some parts of the country do not have enough water

answers: NDQ_001782

answers: drinking purposes

answers: NDQ_001785

answers: water even for raising a single crop.

answers: NDQ_001787

answers: tropical depressions originating in the Arabian Sea and the Bay of Bengal.

answers: NDQ_001788

answers: raising a single crop.

answers: NDQ_001789

answers: ground water

answers: NDQ_001790

answers: 85 per cent of the precipitation.

answers: NDQ_001791

answers: The summer monsoon

answers: NDQ_001792

answers: drinking purposes

answers: NDQ_001793

answers: drinking purposes

answers: NDQ_001794

answers: ground water

answers: NDQ_001795

answers: drinking purposes

answers: NDQ_001796

answers: The water availability even for drinking purposes

answers: NDQ_001797

answers: The water availability even for drinking purposes

answers: NDQ_001798

answers: The water availability even for drinking purposes

answers: NDQ_001799

answers: rivers dry up and the ground water

answers: NDQ_001800

answers: rainfall

answers: NDQ_001801

answers: frequent droughts

answers: NDQ_001802

answers: The water availability even for drinking purposes

answers: NDQ_001803

answers: raising a single crop.

answers: NDQ_001804

answers: ground water

answers: NDQ_001805

answers: drinking purposes

text: Formed in 1950, the United Water Conservation District battles groundwater overdraft through a combination of aquifer recharge and providing alternative surface water supplies. The District owns Lake Piru and key facilities along the Santa Clara River that are used to manage groundwater supplies.  The United Water Conservation District provides wholesale water delivery through three pipelines to various portions of the Oxnard Plain. One is the Oxnard/Hueneme system which serves the City of Oxnard, the Port Hueneme Water Agency (City of Port Hueneme, Channel Islands Beach CSD) and the Naval Base Ventura County (Point Mugu and the Construction Battalion Center). A second pipeline serves agricultural uses in the Oxnard Plain. The third system supplies water to the Pleasant Valley area located between Oxnard and Camarillo. United rates for non-agricultural uses are at least three times more than agricultural users are charged as required by the state water code.

text: Formed in 1950, the United Water Conservation District battles groundwater overdraft through a combination of

text: aquifer recharge

text: and providing alternative surface water supplies. The District owns

text: Lake Piru

text: and key facilities along the Santa Clara River that are used to manage groundwater supplies.  The United Water Conservation District provides wholesale water delivery through three pipelines to various portions of the Oxnard Plain. One is the Oxnard/Hueneme system which serves the City of Oxnard, the Port Hueneme Water Agency (City of Port Hueneme, Channel Islands Beach CSD) and the

text: Naval Base Ventura County

text: Point Mugu

text: and the Construction Battalion Center). A second pipeline serves agricultural uses in the Oxnard Plain. The third system supplies water to the Pleasant Valley area located between Oxnard and Camarillo. United rates for non-agricultural uses are at least three times more than agricultural users are charged as required by the state water code.

answers: NDQ_001768

answers: agricultural uses in the Oxnard Plain

answers: NDQ_001769

answers: City of Oxnard

answers: NDQ_001770

answers: groundwater overdraft

answers: NDQ_001771

answers: Channel Islands Beach CSD

answers: NDQ_001772

answers: agricultural uses

answers: NDQ_001773

answers: What does the United Water Conservation District provide wholesale water delivery through?

answers: NDQ_001774

answers: groundwater overdraft

answers: NDQ_001775

answers: agricultural uses in the Oxnard Plain

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: groundwater overdraft

answers: NDQ_001778

answers: agricultural uses

answers: NDQ_001781

answers: groundwater overdraft

answers: NDQ_001782

answers: Which of the following is not a type of life: agricultural uses in the Oxnard Plain, Port Hueneme Water Agency, or Point Mugu?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which pipeline serves agricultural uses in the Oxnard Plain?

answers: NDQ_001788

answers: A second pipeline serves agricultural uses in the Oxnard Plain

answers: NDQ_001789

answers: What does the United Water Conservation District provide wholesale water delivery through?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Lake Piru

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe the climate of the United Water Conservation District?

answers: NDQ_001798

answers: How many years after the United Water Conservation District was formed?

answers: NDQ_001799

answers: Which of the following is not a source of drinking water: Lake Piru or the Santa Clara River?

answers: NDQ_001800

answers: groundwater

answers: NDQ_001801

answers: groundwater overdraft

answers: NDQ_001802

answers: United rates for non-agricultural uses are at least three times more

answers: NDQ_001803

answers: aquifer recharge

answers: NDQ_001804

answers: Lake Piru

answers: NDQ_001805

answers: agricultural uses

answers: NDQ_001768

answers: aquifer recharge and providing alternative surface water supplies.

answers: NDQ_001769

answers: agricultural uses

answers: NDQ_001770

answers: groundwater overdraft

answers: NDQ_001771

answers: Channel Islands Beach CSD)

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: agricultural uses

answers: NDQ_001774

answers: agricultural uses

answers: NDQ_001775

answers: Construction Battalion Center).

answers: NDQ_001776

answers: groundwater overdraft

answers: NDQ_001777

answers: groundwater overdraft

answers: NDQ_001778

answers: agricultural uses

answers: NDQ_001781

answers: groundwater overdraft

answers: NDQ_001782

answers: United Water Conservation District

answers: NDQ_001785

answers: United Water Conservation District

answers: NDQ_001787

answers: aquifer recharge and providing alternative surface water supplies.

answers: NDQ_001788

answers: agricultural uses in the Oxnard Plain.

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: aquifer recharge and providing alternative surface water supplies.

answers: NDQ_001791

answers: 1950, the United Water Conservation District

answers: NDQ_001792

answers: aquifer recharge and providing alternative surface water supplies.

answers: NDQ_001793

answers: aquifer recharge and providing alternative surface water supplies.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: aquifer recharge and providing alternative surface water supplies.

answers: NDQ_001796

answers: United Water Conservation District

answers: NDQ_001797

answers: agricultural uses

answers: NDQ_001798

answers: United Water Conservation District

answers: NDQ_001799

answers: aquifer recharge and providing alternative surface water

answers: NDQ_001800

answers: groundwater overdraft

answers: NDQ_001801

answers: groundwater overdraft

answers: NDQ_001802

answers: groundwater overdraft

answers: NDQ_001803

answers: aquifer recharge and providing alternative surface water supplies.

answers: NDQ_001804

answers: aquifer recharge

answers: NDQ_001805

answers: groundwater overdraft

text: The most important use of water in agriculture is for irrigation, which is a key component to produce enough food. Irrigation takes up to 90% of water withdrawn in some developing countries and significant proportions in more economically developed countries (in the United States, 30% of freshwater usage is for irrigation).

text: The most important use of water in

text: agriculture

text: is for

text: irrigation

text: , which is a key component to produce enough food. Irrigation takes up to 90% of water withdrawn in some developing countries and significant proportions in more economically developed countries (in the United States, 30% of freshwater usage is for irrigation).

answers: NDQ_001768

answers: Irrigation

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: can be used to reduce the amount of water used for irrigation.

answers: NDQ_001774

answers: Irrigation

answers: NDQ_001775

answers: production of goods

answers: NDQ_001776

answers: famine

answers: NDQ_001777

answers: economically developed countries

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: takes up to 90% of water

answers: NDQ_001782

answers: What is the most important use of water in agriculture?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What is the most important use of water in agriculture?

answers: NDQ_001788

answers: What is the most important use of water in agriculture?

answers: NDQ_001789

answers: What is the most important use of water in agriculture?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or irrigation?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: What is the most important use of water in agriculture?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause drought

answers: NDQ_001802

answers: significant proportions in more economically developed countries

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Irrigation

answers: NDQ_001769

answers: irrigation,

answers: NDQ_001770

answers: Irrigation takes up to 90% of water withdrawn

answers: NDQ_001771

answers: irrigation,

answers: NDQ_001772

answers: Irrigation

answers: NDQ_001773

answers: The most important use of water

answers: NDQ_001774

answers: Irrigation

answers: NDQ_001775

answers: irrigation,

answers: NDQ_001776

answers: irrigation, which is a key component to produce enough food.

answers: NDQ_001777

answers: economically developed countries

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: withdrawn

answers: NDQ_001782

answers: irrigation, which is a key component to produce enough food.

answers: NDQ_001785

answers: food.

answers: NDQ_001787

answers: Irrigation

answers: NDQ_001788

answers: Irrigation takes up to 90% of water withdrawn

answers: NDQ_001789

answers: irrigation, which is a key component to produce enough food.

answers: NDQ_001790

answers: irrigation, which is a key component to produce enough food.

answers: NDQ_001791

answers: Irrigation

answers: NDQ_001792

answers: Irrigation

answers: NDQ_001793

answers: developed countries

answers: NDQ_001794

answers: Irrigation

answers: NDQ_001795

answers: Irrigation

answers: NDQ_001796

answers: Irrigation

answers: NDQ_001797

answers: Irrigation

answers: NDQ_001798

answers: Irrigation

answers: NDQ_001799

answers: Irrigation

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Irrigation

answers: NDQ_001802

answers: significant proportions in more economically developed countries

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Irrigation

answers: NDQ_001805

answers: irrigation,

text: The majority of the DRC's population without access to safe drinking water lives in rural areas. The rural water sector of the DRC has been neglected for many years and is characterized by a deteriorated infrastructure due to lack of maintenance and spare parts. Furthermore, many water systems are of poor construction quality. The major source of rural water supply are springs, accounting for approximately 90 percent of the total rural water supply. Springs have the advantage that they require only minimal investment to install and maintain. However, springs are often exploited without adequate protection and development. Another important source of water supply in rural areas are shallow wells, using hand and machine pumps. Other rural water supply sources include boreholes, small piped distribution systems and rainwater harvesting systems. Generally, charges for rural water systems do not cover operational costs. Furthermore, almost no water quality testing is conducted.

text: The majority of the DRC's population without access to safe drinking water lives in rural areas. The rural water sector of the DRC has been neglected for many years and is characterized by a deteriorated infrastructure due to lack of maintenance and spare parts. Furthermore, many water systems are of poor construction quality. The major source of rural water supply are springs, accounting for approximately 90 percent of the total rural water supply. Springs have the advantage that they require only minimal investment to install and maintain. However, springs are often exploited without adequate protection and development. Another important source of water supply in rural areas are

text: shallow wells

text: , using hand and machine pumps. Other rural water supply sources include boreholes, small piped distribution systems and

text: rainwater harvesting

text: systems. Generally, charges for rural water systems do not cover

text: operational costs

text: . Furthermore, almost no water quality testing is conducted.

answers: NDQ_001768

answers: springs

answers: NDQ_001769

answers: Which of the following is not a source of rural water supply: springs, small piped distribution systems or rainwater harvesting systems?

answers: NDQ_001770

answers: a deteriorated infrastructure

answers: NDQ_001771

answers: Which of the following is not a source of rural water supply: springs, shallow wells, or boreholes?

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: Which of the following is not a source of rural water supply: springs, shallow wells, or rainwater harvesting systems?

answers: NDQ_001774

answers: is exploited without adequate protection

answers: NDQ_001775

answers: Which of the following is not a source of drinking water: springs, shallow wells, or rainwater harvesting systems?

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: springs

answers: NDQ_001778

answers: springs are often exploited without adequate protection and development

answers: NDQ_001781

answers: Lack of maintenance and spare parts

answers: NDQ_001782

answers: Which of the following is not a form of life: springs, shallow wells, or boreholes?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of drinking water: springs, shallow wells, or irrigation?

answers: NDQ_001788

answers: Why are springs exploited without adequate protection and development?

answers: NDQ_001789

answers: Which of the following is not a source of water supply in rural areas?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: springs, shallow wells, or glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: a).

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a source of drinking water: springs, shallow wells, or rainwater harvesting systems?

answers: NDQ_001797

answers: Which of the following is not a source of drinking water: springs, shallow wells, or rainwater harvesting systems?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink if it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: rural water sector of the DRC has been neglected for many years

answers: NDQ_001803

answers: rainwater harvesting systems

answers: NDQ_001804

answers: rainwater harvesting systems

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: springs,

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: springs are often exploited without adequate protection and development.

answers: NDQ_001771

answers: springs,

answers: NDQ_001772

answers: springs,

answers: NDQ_001773

answers: springs,

answers: NDQ_001774

answers: springs are often exploited without adequate protection and development.

answers: NDQ_001775

answers: spare parts.

answers: NDQ_001776

answers: safe drinking water

answers: NDQ_001777

answers: springs,

answers: NDQ_001778

answers: springs are often exploited without adequate protection and development.

answers: NDQ_001781

answers: springs are often exploited without adequate protection and development.

answers: NDQ_001782

answers: springs,

answers: NDQ_001785

answers: springs, accounting for approximately 90 percent of the total rural water supply.

answers: NDQ_001787

answers: springs,

answers: NDQ_001788

answers: springs,

answers: NDQ_001789

answers: rainwater harvesting systems.

answers: NDQ_001790

answers: springs,

answers: NDQ_001791

answers: springs,

answers: NDQ_001792

answers: springs,

answers: NDQ_001793

answers: springs,

answers: NDQ_001794

answers: springs,

answers: NDQ_001795

answers: springs,

answers: NDQ_001796

answers: springs,

answers: NDQ_001797

answers: springs,

answers: NDQ_001798

answers: springs,

answers: NDQ_001799

answers: pumps.

answers: NDQ_001800

answers: safe drinking water

answers: NDQ_001801

answers: DRC's

answers: NDQ_001802

answers: many water systems are of poor construction quality.

answers: NDQ_001803

answers: rainwater harvesting systems.

answers: NDQ_001804

answers: rainwater harvesting systems.

answers: NDQ_001805

answers: springs,

text: Mulholland had a vision of a Los Angeles that would become far bigger than the Los Angeles of the start of the 20th century. The limiting factor to the growth of Los Angeles' was its water supply, because it has a semi-arid climate with unreliable rainfall. "If you don't get the water, you won't need it," Mulholland famously remarked.

text: Mulholland had a vision of a Los Angeles that would become far bigger than the Los Angeles of the start of the 20th century. The limiting factor to the growth of Los Angeles' was its water supply, because it has a

text: semi-arid

text: climate with unreliable rainfall. "If you don't get the water, you won't need it," Mulholland famously remarked.

answers: NDQ_001768

answers: unreliable rainfall

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: unreliable rainfall

answers: NDQ_001771

answers: unreliable rainfall

answers: NDQ_001772

answers: Los Angeles

answers: NDQ_001773

answers: Which of the following is not a limiting factor to the growth of Los Angeles?

answers: NDQ_001774

answers: unreliable rainfall

answers: NDQ_001775

answers: unreliable rainfall

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: grow

answers: NDQ_001781

answers: unreliable rainfall

answers: NDQ_001782

answers: What does Mulholland mean by saying "If you don't get the water, you won't need it"?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a limiting factor to the growth of Los Angeles?

answers: NDQ_001788

answers: Which of the following is true of Mulholland?

answers: NDQ_001789

answers: Which of the following is not a type of energy?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a limiting factor to the growth of Los Angeles?

answers: NDQ_001797

answers: Which of the following is true of Los Angeles?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: unreliable rainfall

answers: NDQ_001802

answers: unreliable rainfall

answers: NDQ_001803

answers: unreliable rainfall

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: Los Angeles

answers: NDQ_001768

answers: water,

answers: NDQ_001769

answers: water

answers: NDQ_001770

answers: unreliable rainfall.

answers: NDQ_001771

answers: "If you don't get the water, you won't need it,"

answers: NDQ_001772

answers: Los Angeles'

answers: NDQ_001773

answers: water supply,

answers: NDQ_001774

answers: "If you don't get the water, you won't need it,"

answers: NDQ_001775

answers: water, you won't need it,"

answers: NDQ_001776

answers: water supply,

answers: NDQ_001777

answers: unreliable rainfall.

answers: NDQ_001778

answers: "If you don't get the water, you won't need it,"

answers: NDQ_001781

answers: unreliable rainfall.

answers: NDQ_001782

answers: "If you don't get the water, you won't need it,"

answers: NDQ_001785

answers: water, you won't need it,"

answers: NDQ_001787

answers: water supply,

answers: NDQ_001788

answers: "If you don't get the water, you won't need it,"

answers: NDQ_001789

answers: water supply,

answers: NDQ_001790

answers: water, you won't need it,"

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: The limiting factor to the growth of Los Angeles' was its water supply,

answers: NDQ_001793

answers: "If you don't get the water, you won't need it,"

answers: NDQ_001794

answers: rainfall.

answers: NDQ_001795

answers: 20th century.

answers: NDQ_001796

answers: water supply,

answers: NDQ_001797

answers: unreliable rainfall.

answers: NDQ_001798

answers: "If you don't get the water, you won't need it,"

answers: NDQ_001799

answers: unreliable rainfall.

answers: NDQ_001800

answers: water supply,

answers: NDQ_001801

answers: unreliable rainfall.

answers: NDQ_001802

answers: semi-arid climate with unreliable rainfall.

answers: NDQ_001803

answers: rainfall.

answers: NDQ_001804

answers: water supply,

answers: NDQ_001805

answers: "If you don't get the water, you won't need it,"

text: In the early 1900s, Falls Run was used as a water supply for the village of Rock Glen, a mining community that had a population of approximately 300 people at the time. The water supply was at one point owned by the Tomhicken Water Company before later being owned by the Wyoming Water Company. It was used as a domestic water supply in Rock Glen. The Pennsylvania Railroad also used the stream as a water supply. The water was supplied to it via gravity.

text: In the early 1900s, Falls Run was used as a

text: water supply

text: for the village of Rock Glen, a mining community that had a population of approximately 300 people at the time. The water supply was at one point owned by the

text: Tomhicken Water Company

text: before later being owned by the

text: Wyoming Water Company

text: . It was used as a domestic water supply in Rock Glen. The

text: Pennsylvania Railroad

text: also used the stream as a water supply. The water was supplied to it via gravity.

answers: NDQ_001768

answers: domestic water supply

answers: NDQ_001769

answers: How many people lived in Rock Glen?

answers: NDQ_001770

answers: How would you describe Falls Run?

answers: NDQ_001771

answers: What did the Pennsylvania Railroad use as a water supply?

answers: NDQ_001772

answers: The Pennsylvania Railroad

answers: NDQ_001773

answers: Which of the following is not a company: Tomhicken Water Company or Wyoming Water Company?

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: How many people lived in Rock Glen at the time?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: how much water is available

answers: NDQ_001778

answers: population of approximately 300 people

answers: NDQ_001781

answers: does not have enough gravity

answers: NDQ_001782

answers: Which of the following is not a form of life: Rock Glen, Wyoming Water Company, or the Pennsylvania Railroad?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may have caused the water supply to be used as a domestic water supply?

answers: NDQ_001788

answers: How many people lived in Rock Glen in the early 1900s?

answers: NDQ_001789

answers: What does the passage imply?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or Rock Glen?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It is not possible to tell

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many people lived in Rock Glen at the time?

answers: NDQ_001797

answers: How would you describe the climate of Rock Glen?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Why was the water safe to drink?

answers: NDQ_001800

answers: NDQ_001801

answers: in the early 1900s

answers: NDQ_001802

answers: It was used as a domestic water supply

answers: NDQ_001803

answers: a water supply

answers: NDQ_001804

answers: falls run

answers: NDQ_001805

answers: The Pennsylvania Railroad

answers: NDQ_001768

answers: Falls Run

answers: NDQ_001769

answers: domestic

answers: NDQ_001770

answers: 300 people

answers: NDQ_001771

answers: Falls Run

answers: NDQ_001772

answers: Pennsylvania Railroad

answers: NDQ_001773

answers: Falls Run was used as a water supply

answers: NDQ_001774

answers: The Pennsylvania Railroad

answers: NDQ_001775

answers: The Pennsylvania Railroad also used the stream as a water supply.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: gravity.

answers: NDQ_001778

answers: population of approximately 300 people

answers: NDQ_001781

answers: gravity.

answers: NDQ_001782

answers: Falls Run

answers: NDQ_001785

answers: 300

answers: NDQ_001787

answers: gravity.

answers: NDQ_001788

answers: Falls Run

answers: NDQ_001789

answers: gravity.

answers: NDQ_001790

answers: 300

answers: NDQ_001791

answers: Falls Run was used as a water supply for the village of Rock Glen,

answers: NDQ_001792

answers: Falls Run

answers: NDQ_001793

answers: 300

answers: NDQ_001794

answers: gravity.

answers: NDQ_001795

answers: 300

answers: NDQ_001796

answers: Falls Run was used as a water supply for the village of Rock Glen,

answers: NDQ_001797

answers: 300

answers: NDQ_001798

answers: Falls Run

answers: NDQ_001799

answers: gravity.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: early 1900s,

answers: NDQ_001802

answers: 300

answers: NDQ_001803

answers: gravity.

answers: NDQ_001804

answers: gravity.

answers: NDQ_001805

answers: 300 people

text: According to a survey carried out in 2008 in 7 towns 88% of the customers of water utilities said they were satisfied with the service level of their water utility, and only 9% were dissatisfied. Even in the city of Ibb, where water supply is intermittent, 47% of customers declared they were satisfied. In the town of Amran, where the situation was similar, even 74% of customers were satisfied. It may be that customers have become accustomed to poor service quality and have correspondingly lowered their expectations. 77% of households said that they drank tap water.

text: According to a survey carried out in 2008 in 7 towns 88% of the customers of water utilities said they were satisfied with the service level of their water utility, and only 9% were dissatisfied. Even in the city of Ibb, where water supply is intermittent, 47% of customers declared they were satisfied. In the town of Amran, where the situation was similar, even 74% of customers were satisfied. It may be that customers have become accustomed to poor service quality and have correspondingly lowered their expectations. 77% of households said that they drank

text: tap water

answers: NDQ_001768

answers: 77% of households

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: dissatisfaction

answers: NDQ_001771

answers: drank tap water

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a type of chemical: Agricultural chemicals or water?

answers: NDQ_001774

answers: is interrupted

answers: NDQ_001775

answers: drank tap water

answers: NDQ_001776

answers: drinking tap water

answers: NDQ_001777

answers: Ibb

answers: NDQ_001778

answers: customers have become accustomed to poor service quality

answers: NDQ_001781

answers: dissatisfied

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: According to a survey carried out in 2008 in 7 towns

answers: NDQ_001788

answers: 77% of households said that they drank tap water

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: In the city of Ibb

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: 9% were dissatisfied

answers: NDQ_001797

answers: How many percent of customers were dissatisfied with their water utility?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Ibb, where water supply is intermittent

answers: NDQ_001802

answers: It may be that customers have become accustomed to poor service quality

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: water utility

answers: NDQ_001805

answers: drank

answers: NDQ_001768

answers: 77% of households said that they drank tap water.

answers: NDQ_001769

answers: 77% of households said that they drank tap water.

answers: NDQ_001770

answers: customers have become accustomed to poor service quality

answers: NDQ_001771

answers: 77% of households said that they drank tap water.

answers: NDQ_001772

answers: 77% of households said that they drank tap water.

answers: NDQ_001773

answers: 77% of households said that they drank tap water.

answers: NDQ_001774

answers: 77% of households said that they drank tap water.

answers: NDQ_001775

answers: 77% of households said that they drank tap water.

answers: NDQ_001776

answers: tap water.

answers: NDQ_001777

answers: customers have become accustomed to poor service quality

answers: NDQ_001778

answers: drank tap water.

answers: NDQ_001781

answers: 77% of households said that they drank tap water.

answers: NDQ_001782

answers: 77% of households said that they drank tap water.

answers: NDQ_001785

answers: 77% of households said that they drank tap water.

answers: NDQ_001787

answers: 77% of households said that they drank tap water.

answers: NDQ_001788

answers: 77% of households said that they drank tap water.

answers: NDQ_001789

answers: 77% of households said that they drank tap water.

answers: NDQ_001790

answers: 77% of households said that they drank tap water.

answers: NDQ_001791

answers: 77% of households said that they drank tap water.

answers: NDQ_001792

answers: 77% of households said that they drank tap water.

answers: NDQ_001793

answers: 77% of households said that they drank tap water.

answers: NDQ_001794

answers: 77% of households said that they drank tap water.

answers: NDQ_001795

answers: 77% of households said that they drank tap water.

answers: NDQ_001796

answers: 77% of households said that they drank tap water.

answers: NDQ_001797

answers: 77% of households said that they drank tap water.

answers: NDQ_001798

answers: 77% of households said that they drank tap water.

answers: NDQ_001799

answers: tap water.

answers: NDQ_001800

answers: 77% of households said that they drank tap water.

answers: NDQ_001801

answers: 77% of households said that they drank tap water.

answers: NDQ_001802

answers: 77% of households said that they drank tap water.

answers: NDQ_001803

answers: 77% of households said that they drank tap water.

answers: NDQ_001804

answers: water utilities said they were satisfied with the service level of their water utility,

answers: NDQ_001805

answers: 77% of households said that they drank tap water.

text: Water supply and sanitation in Burkina Faso are characterized by high access to water supply in urban areas, while access to improved water sources in rural areas - where three quarters of the population live - remains relatively low. An estimated one third of water facilities in rural areas are out of service because of a lack of maintenance. Access to improved sanitation lags significantly behind access to water supply.

text: Water supply and sanitation in

text: Burkina Faso

text: are characterized by high access to water supply in urban areas, while access to

text: improved water source

text: s in rural areas - where three quarters of the population live - remains relatively low. An estimated one third of water facilities in rural areas are out of service because of a lack of maintenance. Access to

text: improved sanitation

text: lags significantly behind access to water supply.

answers: NDQ_001768

answers: urban areas

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: sanitation problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: rural areas

answers: NDQ_001773

answers: What is the most common agricultural product in Burkina Faso?

answers: NDQ_001774

answers: lacks maintenance

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: urban areas

answers: NDQ_001778

answers: lack of maintenance

answers: NDQ_001781

answers: lack of maintenance

answers: NDQ_001782

answers: Why is access to improved sanitation lags significantly behind access to water supply

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: not enough information

answers: NDQ_001792

answers: access to improved water sources in rural areas

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: not enough information

answers: NDQ_001797

answers: Why is access to improved sanitation lags significantly behind access to water supply?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: one third of water facilities in rural areas are out of service

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: sanitation

answers: NDQ_001768

answers: urban areas,

answers: NDQ_001769

answers: urban areas,

answers: NDQ_001770

answers: a lack of maintenance.

answers: NDQ_001771

answers: water supply in urban areas,

answers: NDQ_001772

answers: urban areas,

answers: NDQ_001773

answers: Water supply and sanitation in Burkina Faso

answers: NDQ_001774

answers: a lack of maintenance.

answers: NDQ_001775

answers: maintenance.

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: urban areas,

answers: NDQ_001778

answers: a lack of maintenance.

answers: NDQ_001781

answers: a lack of maintenance.

answers: NDQ_001782

answers: Water supply and sanitation in Burkina Faso

answers: NDQ_001785

answers: Access to improved sanitation

answers: NDQ_001787

answers: access to improved water sources in rural areas

answers: NDQ_001788

answers: a lack of maintenance.

answers: NDQ_001789

answers: water supply in urban areas,

answers: NDQ_001790

answers: three quarters of the population live - remains relatively low.

answers: NDQ_001791

answers: three quarters of the population live - remains relatively low.

answers: NDQ_001792

answers: Water supply and sanitation in Burkina Faso

answers: NDQ_001793

answers: Water supply and sanitation in Burkina Faso

answers: NDQ_001794

answers: access to improved water sources in rural areas

answers: NDQ_001795

answers: access to improved water sources in rural areas

answers: NDQ_001796

answers: access to improved water sources in rural areas

answers: NDQ_001797

answers: access to improved water sources in rural areas

answers: NDQ_001798

answers: access to improved water sources in rural areas

answers: NDQ_001799

answers: water supply in urban areas,

answers: NDQ_001800

answers: lack of maintenance.

answers: NDQ_001801

answers: Water supply and sanitation in Burkina Faso

answers: NDQ_001802

answers: An estimated one third

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: water facilities

answers: NDQ_001805

answers: urban areas,

text: Household water use in England and Wales stood at about 145 litres/capita/day in 2008/09. Total water supply for domestic and commercial customers in England and Wales was 14.5 million cubic metres per day in 2009.

text: Household water use in England and Wales stood at about 145 litres/capita/day in 2008/09. Total water supply for domestic and commercial customers in England and Wales was 14.5 million cubic metres per day in 2009.

answers: NDQ_001768

answers: 145 litres/capita/day

answers: NDQ_001769

answers: commercial purposes

answers: NDQ_001770

answers: household water use

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: commercial customers

answers: NDQ_001773

answers: are used in the manufacture of fertilizers, pesticides and pesticides.

answers: NDQ_001774

answers: reaches the wrong temperature

answers: NDQ_001775

answers: industrial customers

answers: NDQ_001776

answers: water use

answers: NDQ_001777

answers: water supply

answers: NDQ_001778

answers: household water use

answers: NDQ_001781

answers: uses too little

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: 145 litres/capita/day

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: 2008/09

answers: NDQ_001802

answers: in England and Wales

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: septic tanks

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: 145 litres/capita/day

answers: NDQ_001769

answers: commercial customers

answers: NDQ_001770

answers: 145 litres/capita/day

answers: NDQ_001771

answers: 145 litres/capita/day

answers: NDQ_001772

answers: Household

answers: NDQ_001773

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001774

answers: 145 litres/capita/day

answers: NDQ_001775

answers: commercial

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: domestic and commercial customers

answers: NDQ_001778

answers: Household water use

answers: NDQ_001781

answers: 145 litres/capita/day

answers: NDQ_001782

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001785

answers: 145 litres/capita/day

answers: NDQ_001787

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001788

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001789

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001790

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001791

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001792

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001793

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001794

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001795

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001796

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001797

answers: 145 litres/capita/day

answers: NDQ_001798

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001799

answers: 145 litres/capita/day

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2008/09.

answers: NDQ_001802

answers: 145 litres/capita/day

answers: NDQ_001803

answers: 145 litres/capita/day

answers: NDQ_001804

answers: 145 litres/capita/day in 2008/09.

answers: NDQ_001805

answers: 145 litres/capita/day

text: Warmer winter temperatures cause a decrease in snowpack, which can result in diminished water resources during summer. This is especially important at mid-latitudes and in mountain regions that depend on glacial runoff to replenish their river systems and groundwater supplies, making these areas increasingly vulnerable to water shortages over time; an increase in temperature will initially result in a rapid rise in water melting from glaciers in the summer, followed by a retreat in glaciers and a decrease in the melt and consequently the water supply every year as the size of these glaciers get smaller and smaller.

text: Warmer winter temperatures cause a decrease in

text: snowpack

text: , which can result in diminished water resources during summer. This is especially important at mid-latitudes and in mountain regions that depend on glacial runoff to replenish their river systems and groundwater supplies, making these areas increasingly vulnerable to water shortages over time; an increase in temperature will initially result in a rapid rise in water melting from

text: glaciers

text: in the summer, followed by a retreat in glaciers and a decrease in the melt and consequently the water supply every year as the size of these glaciers get smaller and smaller.

answers: NDQ_001768

answers: groundwater supplies

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: Water shortages over time

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: groundwater

answers: NDQ_001773

answers: Which of the following is not a source of water: glacial runoff or groundwater supplies?

answers: NDQ_001774

answers: melts

answers: NDQ_001775

answers: to replenish their river systems

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: Warmer winter temperatures

answers: NDQ_001778

answers: increase in temperature

answers: NDQ_001781

answers: Warmer winter temperatures

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or glaciers?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Yes

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: groundwater supplies

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is true of warmer climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: Water shortages over time

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: snowpack

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: groundwater supplies

answers: NDQ_001768

answers: glacial runoff to replenish their river systems and groundwater supplies,

answers: NDQ_001769

answers: river systems

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001772

answers: glacial runoff

answers: NDQ_001773

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001774

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001775

answers: glacial runoff to replenish their river systems and groundwater supplies,

answers: NDQ_001776

answers: Warmer winter temperatures

answers: NDQ_001777

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001778

answers: Warmer winter temperatures

answers: NDQ_001781

answers: Warmer winter temperatures

answers: NDQ_001782

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001785

answers: water shortages

answers: NDQ_001787

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001788

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001791

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001792

answers: glacial runoff to replenish their river systems and groundwater supplies,

answers: NDQ_001793

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: water shortages

answers: NDQ_001796

answers: water shortages

answers: NDQ_001797

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001798

answers: Warmer winter temperatures cause a decrease in snowpack,

answers: NDQ_001799

answers: glacial runoff

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: water shortages

answers: NDQ_001802

answers: diminished water resources

answers: NDQ_001803

answers: glacial runoff

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: glacial runoff to replenish their river systems and groundwater supplies,

text: The topographical features of the region determine categories of water sources. Topographically, the region can be divided into three distinct topographical zones: plateau (Ogo), Mountainous, and Coastal. Starting from northern part of the region along the sea is the coastal zone which is about 500 to 700 above the sea level. Coastal zone comprises sandy plains that extend from 70 to 90 km from sea. This zone is very hot with temperature of about 40 degree Celsius during the summer season (June- August). People and livestock die for thirsty during the summer if they could not have an ease access to reliable water sources. Hand dug shallow wells in dry riversbeds are the source of water during rainy season but dry up as soon as rains stop or evaporate as the sun gets hotter. And, as a result of this, the only reliable water sources in the coastal zones are strategically placed bore wells both for human and livestock consumptions. Of the eight bore wells in the region, 5 are in coastal zone: El-gal, Karure, Kalowle, Husayn, Zeila, and Gerissa. These were strategically dug in the driest parts of the coastal zone. Next to coastal in the south is the Mountainous Zone. The mountainous zone consist a string of mountains that extend east to west along the coastal zone. The zone has many dry river beds and valleys in between the mountains. The river beds provide permanent water in terms of springs and shallow wells dug in the dry river beds. Besides human and livestock consumption the water sources are used for the irrigation of fruit and vegetable farms. Unlike the other zones of the region, Mountainous zone has a reliable water sources in the region.The third topographical zone is the Ogo Zone. This zone is an upland terrain which runs along mountains zone in the south. It is about 1000 –1300 meters above the sea level. The main water sources of this zone are manmade rain water catchment earth dams ( balleyo), cemented catchments (Berkeds), and bore wells besides some natural rain ponds. Most of Berkads and Balleys are privately owned water sources except 5 communal Balleys dug by World Bank project in 1980s in three sites around Borama and not de-silted since excavation. Most of rain water catchments usually dry up during the dry season and both people and livestock resort to bore wells for water or to communal hand dug shallow wells along the fringes of the mountainous zone.According to regional water officer, 4 bore wells operate in the coastal zone. These are El-gal, and Laanta Morohda, which are in Zeila district; and Karure and Kalowle in Lughaya Districts. Kalowle bore well provides water to pastoralists and Lughaya Town which is about 8 km from the bore well site. UNICEF has drilled a pack up strategic bore well at the site in case the old bore well breaks down. Karure bore well has not a back up yet. These bore wells are strategic in the sense that they are drilled in the most dry areas of coastal zone where water sources are not obtainable. However, the bore wells have no pack ups and if a bore well breaksdown, the live of both livestock and the people are at great risk.Zeila town gets its water from bore well near Tokoshi, a village about 8 km west of Zeila town. The bore well does not provide sufficient water and its water turns salty in the dry season. Since Zeila occurs in the coastal zone, it is very hot during the summer season and life is difficult without adequate water supply. Besides, Zeila is the entry point of people and goods coming from Republic Djibouti and, as a result of this, there is customs office where the Ministry of Finance collects import taxes from goods entering the country. Accordingly, provision of sufficient and drinkable water supply is very crucial for lives of town people and for the movementof people between Somaliland and Republic of Djibouti.Management of bore wells is very poor. The bore wells are practically owned by the operators and fix the price of water for livestock and human consumption. Different water prices are charged by the operators on the different bore wells in coastal areas. The operators are not accountable to any government institution or body including the beneficiaries of bore wells.Unlike the strategic bore wells in the coastal zone, mini- water systems exist in the major towns and villages in Mountainous Zone. The main sources of mini water systems are hand dug shallow wells connected to pumps run by diesel pumps or by solar installations.Mini water systems are for human consumption and funded by international organization with collaboration of local communities and local governments. They are managed by committee and charges affordable rate to beneficiaries. Some of the proceeds are paid to operators for salaries and remainder is used for spare parts and for repairs and maintenance services.

text: Republic Djibouti

text: and, as a result of this, there is customs office where the Ministry of Finance collects import taxes from goods entering the country. Accordingly, provision of sufficient and drinkable water supply is very crucial for lives of town people and for the movementof people between Somaliland and Republic of Djibouti.Management of bore wells is very poor. The bore wells are practically owned by the operators and fix the price of water for livestock and human consumption. Different water prices are charged by the operators on the different bore wells in coastal areas. The operators are not accountable to any government institution or body including the beneficiaries of bore wells.Unlike the strategic bore wells in the coastal zone, mini- water systems exist in the major towns and villages in Mountainous Zone. The main sources of mini water systems are hand dug shallow wells connected to pumps run by diesel pumps or by solar installations.Mini water systems are for human consumption and funded by international organization with collaboration of local communities and local governments. They are managed by committee and charges affordable rate to beneficiaries. Some of the proceeds are paid to operators for salaries and remainder is used for spare parts and for repairs and maintenance services.

answers: NDQ_001768

answers: irrigation of fruit and vegetable farms

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: fishing and swimming

answers: NDQ_001772

answers: livestock

answers: NDQ_001773

answers: Which of the following is not used for irrigation of fruit and vegetable farms?

answers: NDQ_001774

answers: evaporates as the sun gets hotter

answers: NDQ_001775

answers: irrigation of fruit and vegetable farms

answers: NDQ_001776

answers: thirst

answers: NDQ_001777

answers: topographical features

answers: NDQ_001778

answers: irrigation of fruit and vegetable farms

answers: NDQ_001781

answers: dry up as soon as rains stop

answers: NDQ_001782

answers: People and livestock die for thirsty during the summer

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater

answers: NDQ_001788

answers: Mountainous zone has a reliable water sources

answers: NDQ_001789

answers: besides human and livestock consumption

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: The river beds provide permanent water in terms of springs

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Coastal zone

answers: NDQ_001798

answers: None

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: summer season

answers: NDQ_001802

answers: Besides human and livestock consumption the water sources are used for the irrigation of fruit and vegetable farms

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: earth dams

answers: NDQ_001805

answers: irrigation of fruit and vegetable farms

answers: NDQ_001768

answers: irrigation of fruit and vegetable farms.

answers: NDQ_001769

answers: irrigation of fruit and vegetable farms.

answers: NDQ_001770

answers: fruit and vegetable farms.

answers: NDQ_001771

answers: Mountainous Zone.

answers: NDQ_001772

answers: irrigation of fruit and vegetable farms.

answers: NDQ_001773

answers: Mountainous Zone.

answers: NDQ_001774

answers: evaporate as the sun gets hotter.

answers: NDQ_001775

answers: irrigation of fruit and vegetable farms.

answers: NDQ_001776

answers: shallow wells

answers: NDQ_001777

answers: topographical features

answers: NDQ_001778

answers: human and livestock consumption

answers: NDQ_001781

answers: human and livestock consumption

answers: NDQ_001782

answers: People and livestock

answers: NDQ_001785

answers: shallow wells

answers: NDQ_001787

answers: shallow wells

answers: NDQ_001788

answers: fruit and vegetable farms.

answers: NDQ_001789

answers: shallow wells

answers: NDQ_001790

answers: Ogo Zone.

answers: NDQ_001791

answers: shallow wells

answers: NDQ_001792

answers: Ogo Zone.

answers: NDQ_001793

answers: shallow wells

answers: NDQ_001794

answers: shallow wells

answers: NDQ_001795

answers: Mountainous Zone.

answers: NDQ_001796

answers: shallow wells

answers: NDQ_001797

answers: Gerissa.

answers: NDQ_001798

answers: Ogo Zone.

answers: NDQ_001799

answers: shallow wells

answers: NDQ_001800

answers: shallow wells

answers: NDQ_001801

answers: shallow wells

answers: NDQ_001802

answers: shallow wells

answers: NDQ_001803

answers: irrigation of fruit and vegetable farms.

answers: NDQ_001804

answers: earth dams

answers: NDQ_001805

answers: irrigation of fruit and vegetable farms.

text: The large amount of water used was less important because plenty of used water was often available and was very cheap. In addition, in thrifty rural households the water used to drive it was often used for other purposes as well.

text: The large amount of water used was less important because plenty of used water was often available and was very cheap. In addition, in thrifty rural households the water used to drive it was often used for other purposes as well.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: other purposes

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: rural households

answers: NDQ_001773

answers: can be used to grow crops

answers: NDQ_001774

answers: used to drive it

answers: NDQ_001775

answers: other purposes as well

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: the climate

answers: NDQ_001778

answers: thrifty rural households

answers: NDQ_001781

answers: is too expensive

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: Which of the following is true?

answers: NDQ_001787

answers: Which of the following is true of the situation?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is true of water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: It's impossible to say

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of the situation?

answers: NDQ_001798

answers: Yes

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: unspecified

answers: NDQ_001803

answers: can be used for other purposes

answers: NDQ_001804

answers: can be used for other purposes

answers: NDQ_001805

answers: to drive it

answers: NDQ_001768

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001769

answers: other purposes

answers: NDQ_001770

answers: thrifty rural households

answers: NDQ_001771

answers: drive it

answers: NDQ_001772

answers: rural households

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: water used to drive it

answers: NDQ_001775

answers: other purposes

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: used water was often available and was very cheap.

answers: NDQ_001778

answers: large amount of water used

answers: NDQ_001781

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001782

answers: The large amount of water used was less important because plenty of used water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: The large amount of water

answers: NDQ_001788

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001789

answers: the water used to drive it

answers: NDQ_001790

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001791

answers: The large amount of water used was less important because plenty of used water

answers: NDQ_001792

answers: water used to drive it was often used for other purposes as well.

answers: NDQ_001793

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001794

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001795

answers: used water was often available and was very cheap.

answers: NDQ_001796

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001797

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001798

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001799

answers: in thrifty rural households the water used to drive it

answers: NDQ_001800

answers: The large amount of water

answers: NDQ_001801

answers: The large amount of water

answers: NDQ_001802

answers: plenty of used water was often available and was very cheap.

answers: NDQ_001803

answers: used water

answers: NDQ_001804

answers: in thrifty rural households

answers: NDQ_001805

answers: drive it

text: The parameters for water quality are determined by the intended use. Work in the area of water quality tends to be focused on water that is treated for human consumption, industrial use, or in the environment.

text: The parameters for water quality are determined by the intended use. Work in the area of water quality tends to be focused on water that is

text: treated

text: for human consumption, industrial use, or in the environment.

answers: NDQ_001768

answers: industrial use

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: water quality problems

answers: NDQ_001771

answers: water that is treated for human consumption

answers: NDQ_001772

answers: industrial use

answers: NDQ_001773

answers: can be used to treat water for human consumption

answers: NDQ_001774

answers: industrial use

answers: NDQ_001775

answers: industrial use

answers: NDQ_001776

answers: industrial use

answers: NDQ_001777

answers: the intended use

answers: NDQ_001778

answers: industrial use

answers: NDQ_001781

answers: treated for human consumption

answers: NDQ_001782

answers: What are the parameters for water quality determined by?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: industrial use

answers: NDQ_001788

answers: industrial use

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: None of the above choices.

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: human consumption

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: intended use

answers: NDQ_001797

answers: Drier climates generally have less water for people to use

answers: NDQ_001798

answers: industrial use

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: can be used for human consumption

answers: NDQ_001802

answers: is determined by the intended use

answers: NDQ_001803

answers: can be used as a source of water

answers: NDQ_001804

answers: can be used for human consumption

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: water that is treated for human consumption,

answers: NDQ_001769

answers: human consumption,

answers: NDQ_001770

answers: water quality tends to be focused on water that is treated for human consumption,

answers: NDQ_001771

answers: human consumption,

answers: NDQ_001772

answers: human consumption,

answers: NDQ_001773

answers: water quality are determined by the intended use.

answers: NDQ_001774

answers: treated

answers: NDQ_001775

answers: industrial use,

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: intended use.

answers: NDQ_001778

answers: consumption,

answers: NDQ_001781

answers: human consumption,

answers: NDQ_001782

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001785

answers: water quality tends to be focused on water that is treated for human consumption,

answers: NDQ_001787

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001788

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001789

answers: water that is treated for human consumption, industrial use,

answers: NDQ_001790

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001791

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001792

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001793

answers: water that is treated for human consumption,

answers: NDQ_001794

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001795

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001796

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001797

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001798

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001799

answers: water that is treated for human consumption,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001802

answers: The parameters for water quality are determined by the intended use.

answers: NDQ_001803

answers: water that is treated for human consumption,

answers: NDQ_001804

answers: water that is treated for human consumption,

answers: NDQ_001805

answers: human consumption,

text: The amount of water required from the River Murray varies from about 40 per cent of Adelaide’s water needs in a normal rainfall year to as much as 90 per cent in a dry year. At full capacity the above-mentioned reservoirs hold about 200 million cubic meters of water, or a little less than 1 year's supply for metropolitan Adelaide.

text: The amount of water required from the River Murray varies from about 40 per cent of Adelaide’s water needs in a normal rainfall year to as much as 90 per cent in a dry year. At full capacity the above-mentioned reservoirs hold about 200 million cubic meters of water, or a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001768

answers: about 40 per cent

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: Adelaide

answers: NDQ_001773

answers: are used to grow crops

answers: NDQ_001774

answers: dry

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: a dry year

answers: NDQ_001781

answers: dry

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is true of Adelaide?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: a dry year

answers: NDQ_001802

answers: as much as 90 per cent in a dry year

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: River Murray

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: The amount of water required from the River Murray

answers: NDQ_001769

answers: water needs

answers: NDQ_001770

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001771

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001772

answers: River Murray

answers: NDQ_001773

answers: The amount of water required from the River Murray

answers: NDQ_001774

answers: dry year.

answers: NDQ_001775

answers: water needs

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainfall year

answers: NDQ_001778

answers: water needs

answers: NDQ_001781

answers: dry year.

answers: NDQ_001782

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001785

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001787

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001788

answers: 90 per cent in a dry year.

answers: NDQ_001789

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001790

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001791

answers: 90 per cent in a dry year.

answers: NDQ_001792

answers: The amount of water required from the River Murray

answers: NDQ_001793

answers: 90 per cent in a dry year.

answers: NDQ_001794

answers: 90 per cent in a dry year.

answers: NDQ_001795

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001796

answers: The amount of water required from the River Murray

answers: NDQ_001797

answers: 40 per cent of Adelaide’s water needs in a normal rainfall year

answers: NDQ_001798

answers: a little less than 1 year's supply for metropolitan Adelaide.

answers: NDQ_001799

answers: rainfall year to as much as 90 per cent in a dry year.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: dry year.

answers: NDQ_001802

answers: 90 per cent in a dry year.

answers: NDQ_001803

answers: reservoirs

answers: NDQ_001804

answers: River Murray

answers: NDQ_001805

answers: 90 per cent in a dry year.

text: Environment - current issues:soil erosion; air pollution caused by industrial and vehicle emissions; water pollution, especially in coastal areas

text: Environment - current issues:

text: soil erosion

text: air pollution

text: caused by industrial and vehicle emissions;

text: water pollution

text: , especially in coastal areas

answers: NDQ_001768

answers: water more sparingly than developed nations

answers: NDQ_001769

answers: industrial and vehicle emissions

answers: NDQ_001770

answers: soil erosion

answers: NDQ_001771

answers: air pollution

answers: NDQ_001772

answers: coastal areas

answers: NDQ_001773

answers: are a major cause of soil erosion

answers: NDQ_001774

answers: is polluted

answers: NDQ_001775

answers: polluting

answers: NDQ_001776

answers: air pollution

answers: NDQ_001777

answers: soil erosion

answers: NDQ_001778

answers: industrial and vehicle emissions

answers: NDQ_001781

answers: pollutes the ocean

answers: NDQ_001782

answers: Which of the following is an example of water pollution?

answers: NDQ_001785

answers: Which of the following is not a source of water pollution?

answers: NDQ_001787

answers: Which of the following is an example of water pollution?

answers: NDQ_001788

answers: Which of the following is an example of water pollution?

answers: NDQ_001789

answers: Which of the following is not an example of water pollution?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: Which of the following is not a cause of water pollution?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of water pollution?

answers: NDQ_001795

answers: water pollution

answers: NDQ_001796

answers: water pollution

answers: NDQ_001797

answers: Which of the following is not a cause of air pollution?

answers: NDQ_001798

answers: Water pollution, especially in coastal areas.

answers: NDQ_001799

answers: Which of the following is not a source of water pollution?

answers: NDQ_001800

answers: water pollution, especially in coastal areas

answers: NDQ_001801

answers: can cause soil erosion

answers: NDQ_001802

answers: in coastal areas

answers: NDQ_001803

answers: can be used to prevent soil erosion

answers: NDQ_001804

answers: can cause air pollution

answers: NDQ_001805

answers: industrial and vehicle emissions

answers: NDQ_001768

answers: water pollution, especially in coastal areas

answers: NDQ_001769

answers: water pollution, especially in coastal areas

answers: NDQ_001770

answers: water pollution,

answers: NDQ_001771

answers: water pollution, especially in coastal areas

answers: NDQ_001772

answers: industrial and vehicle emissions; water pollution, especially in coastal areas

answers: NDQ_001773

answers: air pollution

answers: NDQ_001774

answers: coastal areas

answers: NDQ_001775

answers: air pollution

answers: NDQ_001776

answers: air pollution

answers: NDQ_001777

answers: coastal areas

answers: NDQ_001778

answers: air pollution

answers: NDQ_001781

answers: water pollution, especially in coastal areas

answers: NDQ_001782

answers: water pollution,

answers: NDQ_001785

answers: water pollution,

answers: NDQ_001787

answers: water pollution, especially in coastal areas

answers: NDQ_001788

answers: water pollution, especially in coastal areas

answers: NDQ_001789

answers: water pollution, especially in coastal areas

answers: NDQ_001790

answers: water pollution,

answers: NDQ_001791

answers: water pollution, especially in coastal areas

answers: NDQ_001792

answers: water pollution, especially in coastal areas

answers: NDQ_001793

answers: coastal areas

answers: NDQ_001794

answers: water pollution, especially in coastal areas

answers: NDQ_001795

answers: water pollution, especially in coastal areas

answers: NDQ_001796

answers: water pollution, especially in coastal areas

answers: NDQ_001797

answers: water pollution, especially in coastal areas

answers: NDQ_001798

answers: water pollution, especially in coastal areas

answers: NDQ_001799

answers: water pollution, especially in coastal areas

answers: NDQ_001800

answers: Environment - current issues:soil erosion;

answers: NDQ_001801

answers: water pollution, especially in coastal areas

answers: NDQ_001802

answers: especially in coastal areas

answers: NDQ_001803

answers: water pollution,

answers: NDQ_001804

answers: water pollution, especially in coastal areas

answers: NDQ_001805

answers: coastal areas

text: The water is used for river control and to compensate for the water retained by all three dams, along with supply into the drinking water system and hydroelectricity generation. Drinking water must be pumped to treatment works rather than using gravity flow as in the other two reservoirs, increasing costs. The drinking water is treated at Bamford water treatment works by Severn Trent Water. Treated water flows south down the  long Derwent Valley Aqueduct to a covered service reservoir at Ambergate to supply clean water to the cities of Derby and Leicester in the East Midlands of England. The aqueduct passes through the park of Chatsworth House. The path of the aqueduct is marked by a series of valve houses built of stone and domed steel access chambers. A tunnel carries some of the water from the Derwent Valley eastwards through the hill and into the lower of the two Rivelin Dams to supply Sheffield.

text: The water is used for river control and to compensate for the water retained by all three dams, along with supply into the drinking water system and hydroelectricity generation. Drinking water must be pumped to treatment works rather than using gravity flow as in the other two reservoirs, increasing costs. The drinking water is treated at

text: Bamford

text: water treatment works by

text: Severn Trent Water

text: . Treated water flows south down the  long

text: Derwent Valley Aqueduct

text: to a covered service reservoir at

text: Ambergate

text: to supply clean water to the cities of

text: Derby

text: and

text: Leicester

text: in the

text: East Midlands

text: of England. The aqueduct passes through the park of

text: Chatsworth House

text: . The path of the aqueduct is marked by a series of valve houses built of stone and domed steel access chambers. A tunnel carries some of the water from the Derwent Valley eastwards through the hill and into the lower of the two

text: Rivelin Dams

text: to supply Sheffield.

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: supply into the drinking water

answers: NDQ_001770

answers: drinking water to be pumped to treatment works

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: river control, supply into the drinking water system, or hydroelectricity generation?

answers: NDQ_001772

answers: drinking water system

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: drinking water or agricultural chemicals?

answers: NDQ_001774

answers: is pumped to treatment works

answers: NDQ_001775

answers: supply into the drinking water system

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: dams

answers: NDQ_001778

answers: drinking water

answers: NDQ_001781

answers: pumped to treatment works

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Drinking water must be pumped to treatment works

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or dams?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the drinking water treatment works by Severn Trent Water?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, Derby, or Leicester?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: in the East Midlands of England

answers: NDQ_001802

answers: Drinking water must be pumped to treatment works rather than using gravity flow

answers: NDQ_001803

answers: aqueduct

answers: NDQ_001804

answers: Derwent Valley Aqueduct

answers: NDQ_001805

answers: hydroelectricity

answers: NDQ_001768

answers: hydroelectricity generation.

answers: NDQ_001769

answers: river control

answers: NDQ_001770

answers: increasing costs.

answers: NDQ_001771

answers: hydroelectricity generation.

answers: NDQ_001772

answers: hydroelectricity generation.

answers: NDQ_001773

answers: drinking water system and hydroelectricity generation.

answers: NDQ_001774

answers: water retained by all three dams,

answers: NDQ_001775

answers: hydroelectricity generation.

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: river control and to compensate for the water retained by all three dams,

answers: NDQ_001778

answers: costs.

answers: NDQ_001781

answers: Drinking water

answers: NDQ_001782

answers: drinking water system and hydroelectricity generation.

answers: NDQ_001785

answers: drinking water system and hydroelectricity generation. Drinking water

answers: NDQ_001787

answers: increasing costs.

answers: NDQ_001788

answers: water retained by all three dams,

answers: NDQ_001789

answers: hydroelectricity generation.

answers: NDQ_001790

answers: Derwent Valley Aqueduct

answers: NDQ_001791

answers: Derwent Valley Aqueduct

answers: NDQ_001792

answers: drinking water system and hydroelectricity generation.

answers: NDQ_001793

answers: drinking water system and hydroelectricity generation.

answers: NDQ_001794

answers: Derwent Valley Aqueduct

answers: NDQ_001795

answers: Derwent Valley Aqueduct

answers: NDQ_001796

answers: Derwent Valley Aqueduct

answers: NDQ_001797

answers: Drinking water

answers: NDQ_001798

answers: water retained by all three dams,

answers: NDQ_001799

answers: Drinking water must be pumped to treatment works rather than using gravity flow

answers: NDQ_001800

answers: water retained by all three dams,

answers: NDQ_001801

answers: water retained by all three dams,

answers: NDQ_001802

answers: drinking water system and hydroelectricity generation. Drinking water

answers: NDQ_001803

answers: Derwent Valley Aqueduct

answers: NDQ_001804

answers: Derwent Valley Aqueduct

answers: NDQ_001805

answers: hydroelectricity generation.

text: Problems of water supply would affect ironmasters for some time to come. In the 1830s, the young Alfred Krupp was still beset by problems with water shortage in the Berne brook, driving the hammers of his Gusstahlfabrik. Owing to a lack of finance, it was not until 1836 that Alfred was able to build a steam hammer, independent of this water supply.

text: Problems of water supply would affect ironmasters for some time to come. In the 1830s, the young

text: Alfred Krupp

text: was still beset by problems with water shortage in the Berne brook, driving the hammers of his

text: Gusstahlfabrik

text: . Owing to a lack of finance, it was not until 1836 that Alfred was able to build a steam hammer, independent of this water supply.

answers: NDQ_001768

answers: scarce water

answers: NDQ_001769

answers: Gusstahlfabrik

answers: NDQ_001770

answers: problems with water supply

answers: NDQ_001771

answers: driving the hammers

answers: NDQ_001772

answers: ironmasters

answers: NDQ_001773

answers: What was Alfred Krupp able to build in 1836?

answers: NDQ_001774

answers: lacks finance

answers: NDQ_001775

answers: driving the hammers

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: finance

answers: NDQ_001778

answers: driving the hammers

answers: NDQ_001781

answers: lacks finance

answers: NDQ_001782

answers: Why was Alfred able to build a steam hammer?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why was Alfred able to build a steam hammer?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Why did Alfred Krupp have problems with water supply in the Berne brook?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why was Alfred able to build a steam hammer?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: in the 1830s

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: Berne brook

answers: NDQ_001805

answers: ironmasters

answers: NDQ_001768

answers: steam hammer,

answers: NDQ_001769

answers: driving the hammers of his Gusstahlfabrik.

answers: NDQ_001770

answers: water shortage

answers: NDQ_001771

answers: driving the hammers

answers: NDQ_001772

answers: ironmasters

answers: NDQ_001773

answers: water supply would affect ironmasters

answers: NDQ_001774

answers: water shortage in the Berne brook,

answers: NDQ_001775

answers: driving the hammers

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: finance,

answers: NDQ_001778

answers: driving the hammers

answers: NDQ_001781

answers: water shortage

answers: NDQ_001782

answers: Problems of water supply would affect ironmasters

answers: NDQ_001785

answers: water shortage in the Berne brook,

answers: NDQ_001787

answers: water shortage in the Berne brook,

answers: NDQ_001788

answers: Problems of water supply would affect ironmasters

answers: NDQ_001789

answers: steam hammer,

answers: NDQ_001790

answers: Problems of water supply would affect ironmasters

answers: NDQ_001791

answers: 1836 that Alfred was able to build a steam hammer,

answers: NDQ_001792

answers: water shortage in the Berne brook,

answers: NDQ_001793

answers: water shortage in the Berne brook,

answers: NDQ_001794

answers: water shortage in the Berne brook,

answers: NDQ_001795

answers: water shortage in the Berne brook,

answers: NDQ_001796

answers: water shortage in the Berne brook,

answers: NDQ_001797

answers: water shortage in the Berne brook,

answers: NDQ_001798

answers: 1836 that Alfred was able to build a steam hammer,

answers: NDQ_001799

answers: driving the hammers

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: 1830s,

answers: NDQ_001802

answers: water shortage in the Berne brook,

answers: NDQ_001803

answers: steam hammer,

answers: NDQ_001804

answers: Berne brook,

answers: NDQ_001805

answers: driving the hammers

text: Water and waste-water services an are sre supplied by Grampians-Wimmera-Mallee Water (GWMWater).  The town water supply is fully treated drinking water. Horsham's primary water source is Lake Wartook, with a bore field at Laharum providing a supplementary supply source for the town when water levels are low.

text: Water and waste-water services an are sre supplied by Grampians-Wimmera-Mallee Water (GWMWater).  The town

text: water supply

text: is fully treated drinking water. Horsham's primary water source is Lake Wartook, with a bore field at Laharum providing a supplementary supply source for the town when water levels are low.

answers: NDQ_001768

answers: Lake Wartook

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: Horsham's primary water source to be low

answers: NDQ_001771

answers: Lake Wartook

answers: NDQ_001772

answers: GWMWater

answers: NDQ_001773

answers: What is Horsham's primary water source?

answers: NDQ_001774

answers: is not treated

answers: NDQ_001775

answers: waste-water

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Lake Wartook

answers: NDQ_001778

answers: waste-water

answers: NDQ_001781

answers: Lake Wartook

answers: NDQ_001782

answers: What is the primary source of water for Horsham?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices are available

answers: NDQ_001789

answers: Which of the following is not a water source: Lake Wartook, Lake Wartook, or Lake Wartook?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Lake Wartook

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: How would you describe the climate of Horsham?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is the town water supply fully treated drinking water?

answers: NDQ_001800

answers: NDQ_001801

answers: when water levels are low

answers: NDQ_001802

answers: fully treated drinking water

answers: NDQ_001803

answers: bore field

answers: NDQ_001804

answers: Lake Wartook

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: drinking water.

answers: NDQ_001769

answers: drinking water.

answers: NDQ_001770

answers: water levels are low.

answers: NDQ_001771

answers: Lake Wartook,

answers: NDQ_001772

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001773

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001774

answers: waste-water

answers: NDQ_001775

answers: drinking water.

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: water levels are low.

answers: NDQ_001778

answers: water levels are low.

answers: NDQ_001781

answers: treated drinking water.

answers: NDQ_001782

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001785

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001787

answers: (GWMWater). The town water supply is fully treated drinking water.

answers: NDQ_001788

answers: (GWMWater). The town water supply is fully treated drinking water.

answers: NDQ_001789

answers: bore field

answers: NDQ_001790

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001791

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001792

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001793

answers: (GWMWater). The town water supply is fully treated drinking water.

answers: NDQ_001794

answers: bore field

answers: NDQ_001795

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001796

answers: (GWMWater). The town water supply is fully treated drinking water.

answers: NDQ_001797

answers: water levels are low.

answers: NDQ_001798

answers: Grampians-Wimmera-Mallee Water

answers: NDQ_001799

answers: fully treated drinking water.

answers: NDQ_001800

answers: water levels are low.

answers: NDQ_001801

answers: water levels are low.

answers: NDQ_001802

answers: fully treated drinking water.

answers: NDQ_001803

answers: bore field

answers: NDQ_001804

answers: bore field

answers: NDQ_001805

answers: drinking water.

text: Home aquarists typically use modified tap water supplied through their local water supply network. Because of the chlorine used to disinfect drinking water supplies for human consumption, tap water cannot be immediately used. In the past, it was possible to "condition" the water by simply letting the water stand for a day or two, which allows the chlorine to dissipate. However, chloramine became popular in water treatment because it stays longer in the water. Additives are available to remove chlorine or chloramine and suffice to make the water ready. Brackish or saltwater aquaria require the addition of a mixture of salts and other minerals.

text: Home aquarists typically use modified tap water supplied through their local

text: water supply network

text: . Because of the

text: chlorine

text: used to

text: disinfect

text: drinking water supplies for human consumption, tap water cannot be immediately used. In the past, it was possible to "condition" the water by simply letting the water stand for a day or two, which allows the

text: chlorine

text: to dissipate. However,

text: chloramine

text: became popular in

text: water treatment

text: because it stays longer in the water. Additives are available to remove chlorine or chloramine and suffice to make the water ready. Brackish or saltwater aquaria require the addition of a mixture of salts and other minerals.

answers: NDQ_001768

answers: chloramine

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: chlorine to dissipate

answers: NDQ_001771

answers: aquarists

answers: NDQ_001772

answers: aquarists

answers: NDQ_001773

answers: Which of the following is not used to disinfect drinking water supplies for human consumption: chlorine or chloramine?

answers: NDQ_001774

answers: chlorine

answers: NDQ_001775

answers: disinfection

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water supply network

answers: NDQ_001778

answers: aquarists

answers: NDQ_001781

answers: can't be immediately used

answers: NDQ_001782

answers: Which of the following is not a form of life: home aquarists?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Why is chloramine used to disinfect drinking water supplies for human consumption, tap water cannot be immediately used?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason why tap water cannot be immediately used?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is tap water not immediately used?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: chlorine used to disinfect drinking water supplies for human consumption

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: local water supply network

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: modified tap water

answers: NDQ_001769

answers: human consumption,

answers: NDQ_001770

answers: chlorine or chloramine

answers: NDQ_001771

answers: aquarists

answers: NDQ_001772

answers: Home aquarists

answers: NDQ_001773

answers: chlorine used to disinfect drinking water supplies for human consumption,

answers: NDQ_001774

answers: chlorine

answers: NDQ_001775

answers: water treatment

answers: NDQ_001776

answers: chlorine used to disinfect drinking water

answers: NDQ_001777

answers: local water supply network.

answers: NDQ_001778

answers: Home aquarists typically use modified tap water

answers: NDQ_001781

answers: chlorine

answers: NDQ_001782

answers: Home aquarists typically use modified tap water

answers: NDQ_001785

answers: chlorine

answers: NDQ_001787

answers: chloramine

answers: NDQ_001788

answers: Home aquarists typically use modified tap water

answers: NDQ_001789

answers: tap water

answers: NDQ_001790

answers: modified tap water supplied through their local water supply network.

answers: NDQ_001791

answers: Home aquarists typically use modified tap water

answers: NDQ_001792

answers: Home aquarists typically use modified tap water

answers: NDQ_001793

answers: tap water supplied through their local water supply network.

answers: NDQ_001794

answers: tap water

answers: NDQ_001795

answers: modified tap water supplied through their local water supply network.

answers: NDQ_001796

answers: tap water

answers: NDQ_001797

answers: chlorine

answers: NDQ_001798

answers: modified tap water supplied through their local water supply network.

answers: NDQ_001799

answers: chlorine

answers: NDQ_001800

answers: chlorine used to disinfect drinking water supplies for human consumption,

answers: NDQ_001801

answers: Home aquarists typically use modified tap water

answers: NDQ_001802

answers: chlorine

answers: NDQ_001803

answers: Additives

answers: NDQ_001804

answers: local water supply network.

answers: NDQ_001805

answers: human consumption,

text: In developing countries many governments are corrupt and poor and they respond to these problems with frequently changing policies and non clear agreements. Water demand exceeds supply, and household and industrial water supplies are prioritised over other uses, which leads to water stress. Potable water has a price in the market; water often becomes a business for private companies, which earn a profit by putting a higher price on water, which imposes a barrier for lower-income people. The Millennium Development Goals propose the changes required.

text: In developing countries many governments are corrupt and poor and they respond to these problems with frequently changing policies and non clear agreements. Water demand exceeds supply, and household and industrial water supplies are prioritised over other uses, which leads to

text: water stress

text: . Potable water has a price in the market; water often becomes a

text: business

text: for private companies, which earn a

text: profit

text: by putting a higher price on water, which imposes a barrier for lower-income people. The

text: Millennium Development Goals

text: propose the changes required.

answers: NDQ_001768

answers: household and industrial water supplies

answers: NDQ_001769

answers: household and industrial

answers: NDQ_001770

answers: water stress

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: Which of the following is not a source of water stress: household and industrial?

answers: NDQ_001774

answers: is prioritised over other uses

answers: NDQ_001775

answers: What does water become a business for?

answers: NDQ_001776

answers: water stress

answers: NDQ_001777

answers: demand

answers: NDQ_001778

answers: household and industrial water supplies are prioritised over other uses

answers: NDQ_001781

answers: does not have a price

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water stress: water demand, household and industrial water supplies, or non clear agreements?

answers: NDQ_001788

answers: Which of the following is not a reason for water stress?

answers: NDQ_001789

answers: Which of the following is not a use of water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a result of water stress: Water demand exceeds supply, and household and industrial water supplies are prioritised

answers: NDQ_001797

answers: Which of the following is not a reason for water stress?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water stress

answers: NDQ_001801

answers: water stress

answers: NDQ_001802

answers: water stress

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: a pipe that collects runoff

answers: NDQ_001805

answers: household and industrial

answers: NDQ_001768

answers: household and industrial water supplies are prioritised over other uses,

answers: NDQ_001769

answers: industrial

answers: NDQ_001770

answers: water stress.

answers: NDQ_001771

answers: Potable water

answers: NDQ_001772

answers: household and industrial

answers: NDQ_001773

answers: The Millennium Development Goals

answers: NDQ_001774

answers: household and industrial water supplies are prioritised over other uses,

answers: NDQ_001775

answers: a business

answers: NDQ_001776

answers: Water demand exceeds supply,

answers: NDQ_001777

answers: Water demand

answers: NDQ_001778

answers: Water demand exceeds supply,

answers: NDQ_001781

answers: Water demand exceeds supply,

answers: NDQ_001782

answers: Water demand exceeds supply,

answers: NDQ_001785

answers: Water demand exceeds supply,

answers: NDQ_001787

answers: The Millennium Development Goals

answers: NDQ_001788

answers: Water demand exceeds supply,

answers: NDQ_001789

answers: Water demand exceeds supply, and household and industrial water

answers: NDQ_001790

answers: Water demand exceeds supply,

answers: NDQ_001791

answers: The Millennium Development Goals

answers: NDQ_001792

answers: Water demand exceeds supply,

answers: NDQ_001793

answers: Water demand exceeds supply,

answers: NDQ_001794

answers: Water demand exceeds supply,

answers: NDQ_001795

answers: The Millennium Development Goals

answers: NDQ_001796

answers: Water demand exceeds supply,

answers: NDQ_001797

answers: Water demand exceeds supply,

answers: NDQ_001798

answers: The Millennium Development Goals

answers: NDQ_001799

answers: Potable water

answers: NDQ_001800

answers: Water demand exceeds supply,

answers: NDQ_001801

answers: Water demand exceeds supply,

answers: NDQ_001802

answers: In developing countries many governments are corrupt and poor

answers: NDQ_001803

answers: Water demand exceeds supply, and household and industrial water

answers: NDQ_001804

answers: Water demand exceeds supply, and household and industrial water

answers: NDQ_001805

answers: household and industrial

text: Springs, rivers and deep wells are the sources of water supply used for both domestic water supply and irrigation needs. Deep wells and springs are commonly used as potable water supply. Local government, congressional initiative, regional and senatorial funds are used to develop these sources. The municipal government’s ardent thrust to provide basic services to its constituents can be well manifested by its current pursuit to develop a level III type of water system through funding from the World Bank. The municipal government had entered into a loan agreement with the bank to develop a system that will provide for an individual pipe connection for each household within the barangays of Poblacion and Iba. Data shows that Level I and Level II type of systems are the most prevalent type of water supply in the municipality. Level I water system is currently serving 7.17% of the total households. Likewise, Level II is providing water for 47.39% of all households, while Level III only served 3.62% of the total. The rest (41.82%) still remained un-served by a water supply system

text: Springs, rivers and deep wells are the sources of water supply used for both domestic water supply and irrigation needs. Deep wells and springs are commonly used as potable water supply. Local government, congressional initiative, regional and senatorial funds are used to develop these sources. The municipal government’s ardent thrust to provide basic services to its constituents can be well manifested by its current pursuit to develop a level III type of water system through funding from the World Bank. The municipal government had entered into a loan agreement with the bank to develop a system that will provide for an individual pipe connection for each household within the barangays of Poblacion and Iba. Data shows that Level I and Level II type of systems are the most prevalent type of water supply in the municipality. Level I water system is currently serving 7.17% of the total households. Likewise, Level II is providing water for 47.39% of all households, while Level III only served 3.62% of the total. The rest (41.82%) still remained un-served by a water supply system

answers: NDQ_001768

answers: Level I and Level II

answers: NDQ_001769

answers: domestic water supply and irrigation

answers: NDQ_001770

answers: __ is commonly used as potable water supply

answers: NDQ_001771

answers: Which of the following is not a source of water supply: Springs, rivers and deep wells?

answers: NDQ_001772

answers: Irrigation

answers: NDQ_001773

answers: Which of the following is not a source of water supply: springs, rivers or deep wells?

answers: NDQ_001774

answers: un-served

answers: NDQ_001775

answers: What are the sources of water supply used for

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: Level I and Level II

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a form of life: springs, rivers, or wells?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water supply: Springs, rivers and deep wells?

answers: NDQ_001788

answers: Which of the following is not a source of water supply: Springs, rivers and deep wells?

answers: NDQ_001789

answers: Which of the following is not a source of water supply: Springs, rivers and deep wells?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Springs, rivers and deep wells?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: What is the most prevalent type of water supply in the municipality?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a source of water supply: Springs, rivers and deep wells

answers: NDQ_001797

answers: Which of the following is not a source of water supply: Springs, rivers and deep wells?

answers: NDQ_001798

answers: How many years ago did we use less water?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: in the municipality

answers: NDQ_001802

answers: Level III only served 3.62% of the total

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: deep wells

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: Springs, rivers and deep wells

answers: NDQ_001769

answers: domestic water supply and irrigation needs.

answers: NDQ_001770

answers: Springs, rivers and deep wells

answers: NDQ_001771

answers: irrigation needs.

answers: NDQ_001772

answers: un-served by a water supply system

answers: NDQ_001773

answers: Springs, rivers and deep wells

answers: NDQ_001774

answers: irrigation

answers: NDQ_001775

answers: irrigation needs.

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: Springs, rivers and deep wells

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: (41.82%)

answers: NDQ_001782

answers: Springs, rivers and deep wells

answers: NDQ_001785

answers: Springs, rivers and deep wells

answers: NDQ_001787

answers: Springs, rivers and deep wells

answers: NDQ_001788

answers: Springs, rivers and deep wells

answers: NDQ_001789

answers: Deep wells and springs

answers: NDQ_001790

answers: (41.82%)

answers: NDQ_001791

answers: (41.82%)

answers: NDQ_001792

answers: Springs, rivers and deep wells

answers: NDQ_001793

answers: Springs, rivers and deep wells

answers: NDQ_001794

answers: deep wells

answers: NDQ_001795

answers: (41.82%)

answers: NDQ_001796

answers: Springs, rivers and deep wells

answers: NDQ_001797

answers: Springs, rivers and deep wells

answers: NDQ_001798

answers: Springs, rivers and deep wells

answers: NDQ_001799

answers: Deep wells and springs

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Springs, rivers and deep wells

answers: NDQ_001802

answers: 3.62%

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: deep wells

answers: NDQ_001805

answers: irrigation

text: Till the 1970s there were no any economists on water industry in Uzbekistan. Which caused some serious problems in water consumption and utilization. This problem urgently needed actions. In 1974 in order to solve this problem, new branch was opened under the faculty of "Hydro technical constructions", which was called as "Economy of water industry and its analysis". In 1976, this branch was set as the independent faculty and started working as the one of the biggest parts of institute. From the first years about 50 students were invited to the university and in 1979 first 50 students graduated from this faculty. After the independence of Uzbekistan, from the year of 2015 was renamed to its current name and was called: “Water industry management faculty”. Nowadays, the dean of the faculty is docent Ibragimov Abdimalik Gapparovich. In the campus of the faculty there are 2 language classes, 4 computer classes, more than 20 study classes, which are supplied with the modern education materials and information technologies.There are 7 departments which are located “Water industry management faculty” and they are:

text: Till the 1970s there were no any economists on water industry in Uzbekistan. Which caused some serious problems in water consumption and utilization. This problem urgently needed actions. In 1974 in order to solve this problem, new branch was opened under the faculty of "Hydro technical constructions", which was called as "Economy of water industry and its analysis". In 1976, this branch was set as the independent faculty and started working as the one of the biggest parts of institute. From the first years about 50 students were invited to the university and in 1979 first 50 students graduated from this faculty. After the independence of Uzbekistan, from the year of 2015 was renamed to its current name and was called: “Water industry management faculty”. Nowadays, the dean of the faculty is docent Ibragimov Abdimalik Gapparovich. In the campus of the faculty there are 2 language classes, 4 computer classes, more than 20 study classes, which are supplied with the modern education materials and information technologies.There are 7 departments which are located “Water industry management faculty” and they are:

answers: NDQ_001768

answers: more water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: water consumption and utilization

answers: NDQ_001771

answers: swimming, jogging, and cycling

answers: NDQ_001772

answers: Uzbekistan

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals?

answers: NDQ_001774

answers: consumes too much

answers: NDQ_001775

answers: to make things

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: population size

answers: NDQ_001778

answers: water consumption

answers: NDQ_001781

answers: consumes too much

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is an example of a large irrigation system?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true?

answers: NDQ_001795

answers: According to the World Health Organization (WHO)

answers: NDQ_001796

answers: Which of the following is not a waterborne disease?

answers: NDQ_001797

answers: How would you describe the climate of Uzbekistan?

answers: NDQ_001798

answers: How many students graduated from this faculty?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water consumption and utilization

answers: NDQ_001801

answers: NDQ_001802

answers: water consumption and utilization

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: septic tanks

answers: NDQ_001805

answers: water industry management faculty

answers: NDQ_001768

answers: water consumption

answers: NDQ_001769

answers: 7

answers: NDQ_001770

answers: water consumption and utilization.

answers: NDQ_001771

answers: 7

answers: NDQ_001772

answers: Uzbekistan.

answers: NDQ_001773

answers: 7

answers: NDQ_001774

answers: 7

answers: NDQ_001775

answers: 7

answers: NDQ_001776

answers: 7

answers: NDQ_001777

answers: consumption

answers: NDQ_001778

answers: water consumption

answers: NDQ_001781

answers: water consumption

answers: NDQ_001782

answers: 7

answers: NDQ_001785

answers: 7

answers: NDQ_001787

answers: 7

answers: NDQ_001788

answers: 7

answers: NDQ_001789

answers: 7

answers: NDQ_001790

answers: 7

answers: NDQ_001791

answers: 7

answers: NDQ_001792

answers: 7

answers: NDQ_001793

answers: 7

answers: NDQ_001794

answers: 7

answers: NDQ_001795

answers: 7

answers: NDQ_001796

answers: 7

answers: NDQ_001797

answers: 7

answers: NDQ_001798

answers: 7

answers: NDQ_001799

answers: 7

answers: NDQ_001800

answers: water consumption

answers: NDQ_001801

answers: 7

answers: NDQ_001802

answers: serious problems in water consumption and utilization.

answers: NDQ_001803

answers: 7

answers: NDQ_001804

answers: 7

answers: NDQ_001805

answers: 7

text: Household water treatment and safe storage ensure drinking water is safe for consumption. Drinking water quality remains a significant problem, not only in developing countries but also in developed countries; even in the European region it is estimated that 120 million people do not have access to safe drinking water. Point-of-use water quality interventions can reduce diarrheal disease in communities where water quality is poor, or in emergency situations where there is a breakdown in water supply.Since water can become contaminated during storage at home (e.g. by contact with contaminated hands or using dirty storage vessels), safe storage of water in the home is also important.

text: Household water treatment and safe storage ensure drinking water is safe for consumption.

text: Drinking water quality

text: remains a significant problem, not only in developing countries but also in developed countries; even in the European region it is estimated that 120 million people do not have access to

text: safe drinking water

text: . Point-of-use water quality interventions can reduce diarrheal disease in communities where water quality is poor, or in emergency situations where there is a breakdown in water supply.Since water can become contaminated during storage at home (e.g. by contact with contaminated hands or using dirty storage vessels),

text: safe storage of water

text: in the home is also important.

answers: NDQ_001768

answers: Drinking water quality

answers: NDQ_001769

answers: What does safe storage of water in the home mean?

answers: NDQ_001770

answers: diarrheal disease

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: Which of the following is not a source of water contamination: drinking water, household water treatment, or agricultural chemicals?

answers: NDQ_001774

answers: contaminated

answers: NDQ_001775

answers: disinfection

answers: NDQ_001776

answers: diarrheal disease

answers: NDQ_001777

answers: drinking water quality

answers: NDQ_001778

answers: contact with contaminated hands

answers: NDQ_001781

answers: contaminated

answers: NDQ_001782

answers: Which of the following is not true of drinking water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: How can water become contaminated during storage at home?

answers: NDQ_001788

answers: Drinking water quality remains a significant problem

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Drinking water quality remains a significant problem

answers: NDQ_001797

answers: Which of the following is not a reason for drinking water quality to remain a significant problem, not only in developing countries but also in developed countries?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: Drinking water

answers: NDQ_001801

answers: emergency situations

answers: NDQ_001802

answers: Drinking water quality remains a significant problem

answers: NDQ_001803

answers: can reduce diarrhea

answers: NDQ_001804

answers: point-of-use

answers: NDQ_001805

answers: Drinking water

answers: NDQ_001768

answers: Drinking water quality remains a significant problem,

answers: NDQ_001769

answers: drinking water is safe for consumption.

answers: NDQ_001770

answers: diarrheal disease

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: drinking

answers: NDQ_001773

answers: Household water treatment and safe storage ensure drinking water is safe for consumption.

answers: NDQ_001774

answers: contaminated

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: diarrheal disease

answers: NDQ_001777

answers: a breakdown in water supply.Since

answers: NDQ_001778

answers: contaminated hands

answers: NDQ_001781

answers: contaminated

answers: NDQ_001782

answers: 120 million people do not have access to safe drinking water.

answers: NDQ_001785

answers: 120 million people do not have access to safe drinking water.

answers: NDQ_001787

answers: water can become contaminated

answers: NDQ_001788

answers: Household water treatment and safe storage ensure drinking water

answers: NDQ_001789

answers: safe storage of water

answers: NDQ_001790

answers: Drinking water quality remains a significant problem,

answers: NDQ_001791

answers: 120 million people do not have access to safe drinking water.

answers: NDQ_001792

answers: Drinking water quality remains a significant problem,

answers: NDQ_001793

answers: developed countries;

answers: NDQ_001794

answers: 120 million people do not have access to safe drinking water.

answers: NDQ_001795

answers: 120 million people do not have access to safe drinking water.

answers: NDQ_001796

answers: Point-of-use water quality interventions can reduce diarrheal disease

answers: NDQ_001797

answers: 120 million people do not have access to safe drinking water.

answers: NDQ_001798

answers: Household water treatment and safe storage

answers: NDQ_001799

answers: Household water treatment and safe storage

answers: NDQ_001800

answers: Drinking water quality

answers: NDQ_001801

answers: emergency situations

answers: NDQ_001802

answers: Drinking water quality remains a significant problem,

answers: NDQ_001803

answers: Point-of-use water quality interventions

answers: NDQ_001804

answers: 120 million people do not have access to safe drinking water.

answers: NDQ_001805

answers: drinking water

text: Wastewater reuse is often used synonymously with the terms wastewater recycling and wastewater reclamation and can be defined as the use of reclaimed water for beneficial purposes, such as agricultural, landscape and field irrigation, industrial processes, toilet flushing, fire protection, and replenishing of surface water and groundwater (the latter referred to as groundwater recharge). Water/wastewater reuse is integral to sustainable water management because it allows water to remain in the environment and be preserved for future uses while meeting the water requirements of the present.Water and wastewater reuse is a long-established practice used for irrigation especially in arid countries. The World Health Organization  has recognized the principal driving forces for global wastewater reuse as the (i) increasing water scarcity and stress, (ii) increasing populations and related food security issues, (iii) increasing environmental pollution from improper wastewater disposal, and (iv) the increasing recognition of the resource value of wastewater, excreta and greywater.Water is a limiting resource, and the pressure exerted on surface and groundwater resources should be reduced or at best maintained, rather than increased, as the human population and industrial development increase. Water recycling and reuse is thus of increasing importance, not only in arid regions but also in cities and contaminated environments. Already, groundwater aquifers used by over half of the world population are being over-drafted. As a result, it is no longer advisable to use water once and dispose of it; it is important to identify ways to reuse water. Reuse will continue to increase as the world’s population becomes increasingly urbanized and concentrated near coastlines, where local freshwater supplies are limited or are available only with large capital expenditure. Large quantities of freshwater can be saved by wastewater reuse and recycling, lowering costs, reducing environmental pollution and improving carbon footprint; since reuse is a sustainable and cost-effective alternative water supply.

text: Wastewater

text: reuse is often used synonymously with the terms

text: wastewater recycling

text: and

text: wastewater reclamation

text: and can be defined as the use of

text: reclaimed water

text: for beneficial purposes, such as agricultural, landscape and field irrigation, industrial processes, toilet flushing, fire protection, and replenishing of

text: surface water

text: and

text: groundwater

text: (the latter referred to as

text: groundwater recharge

text: ). Water/wastewater reuse is integral to

text: sustainable

text: water management

text: because it allows water to remain in the environment and be preserved for future uses while meeting the water requirements of the present.

text: Water

text: and wastewater reuse is a long-established practice used for irrigation especially in

text: arid

text: countries. The

text: World Health Organization

text: has recognized the principal driving forces for global wastewater reuse as the (i) increasing water scarcity and stress, (ii) increasing populations and related food security issues, (iii) increasing environmental pollution from improper wastewater disposal, and (iv) the increasing recognition of the resource value of wastewater, excreta and greywater.Water is a limiting resource, and the pressure exerted on surface and groundwater resources should be reduced or at best maintained, rather than increased, as the

text: human population

text: and industrial development increase. Water recycling and reuse is thus of increasing importance, not only in arid regions but also in cities and contaminated environments. Already, groundwater

text: aquifers

text: used by over half of the world population are being over-drafted. As a result, it is no longer advisable to use water once and dispose of it; it is important to identify ways to reuse water. Reuse will continue to increase as the world’s population becomes increasingly urbanized and concentrated near coastlines, where local

text: freshwater

text: supplies are limited or are available only with large

text: capital expenditure

text: . Large quantities of freshwater can be saved by wastewater reuse and recycling, lowering costs, reducing

text: environmental pollution

text: and improving

text: carbon footprint

text: ; since reuse is a sustainable and cost-effective alternative

text: water supply

answers: NDQ_001768

answers: groundwater aquifers

answers: NDQ_001769

answers: What is a long-established practice used for irrigation especially in arid countries?

answers: NDQ_001770

answers: environmental pollution

answers: NDQ_001771

answers: What is a long-established practice used for irrigation especially in arid countries?

answers: NDQ_001772

answers: industrial processes

answers: NDQ_001773

answers: Which of the following is not a benefit of wastewater reuse: agricultural, landscape and field irrigation, industrial processes, toilet flushing, fire protection, or groundwater recharge?

answers: NDQ_001774

answers: improper wastewater disposal

answers: NDQ_001775

answers: industrial processes

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: water scarcity and stress

answers: NDQ_001778

answers: human population and industrial development

answers: NDQ_001781

answers: improper wastewater disposal

answers: NDQ_001782

answers: What is a limiting resource?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: groundwater aquifers used by over half of the world population

answers: NDQ_001789

answers: What is the last referred to as groundwater recharge?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the last referred to as groundwater recharge?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: groundwater aquifers

answers: NDQ_001795

answers: not enough information

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why is it important to identify ways to reuse water?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is no longer advisable to use water once and dispose of it

answers: NDQ_001800

answers: Water is a limiting resource

answers: NDQ_001801

answers: groundwater recharge

answers: NDQ_001802

answers: (iii)

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: groundwater

answers: NDQ_001768

answers: Water recycling and reuse

answers: NDQ_001769

answers: cities

answers: NDQ_001770

answers: environmental pollution

answers: NDQ_001771

answers: toilet flushing, fire protection,

answers: NDQ_001772

answers: wastewater reuse and recycling,

answers: NDQ_001773

answers: reclaimed water

answers: NDQ_001774

answers: use water once and dispose of it;

answers: NDQ_001775

answers: industrial processes,

answers: NDQ_001776

answers: improper wastewater disposal,

answers: NDQ_001777

answers: large capital expenditure.

answers: NDQ_001778

answers: population and industrial development

answers: NDQ_001781

answers: it is no longer advisable to use water once and dispose of it;

answers: NDQ_001782

answers: the world’s population becomes increasingly urbanized and concentrated near coastlines,

answers: NDQ_001785

answers: large capital expenditure.

answers: NDQ_001787

answers: it is no longer advisable to use water once and dispose of it;

answers: NDQ_001788

answers: urbanized

answers: NDQ_001789

answers: Reuse

answers: NDQ_001790

answers: Water recycling and reuse

answers: NDQ_001791

answers: groundwater aquifers

answers: NDQ_001792

answers: local freshwater supplies are limited or are available only with large capital expenditure.

answers: NDQ_001793

answers: urbanized and concentrated near coastlines,

answers: NDQ_001794

answers: groundwater aquifers

answers: NDQ_001795

answers: maintained, rather than increased,

answers: NDQ_001796

answers: Water recycling and reuse is thus of increasing importance,

answers: NDQ_001797

answers: Water recycling and reuse

answers: NDQ_001798

answers: Water recycling and reuse

answers: NDQ_001799

answers: Water recycling and reuse

answers: NDQ_001800

answers: greywater.Water

answers: NDQ_001801

answers: arid regions

answers: NDQ_001802

answers: improper wastewater disposal,

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: groundwater aquifers

answers: NDQ_001805

answers: groundwater aquifers

text: Some semiconductor manufacturing plants have been using reclaimed water for non-process applications such as chemical aspirators where the discharge water is sent to industrial waste. Water reclamation is also a typical application where spent rinse water from the manufacturing facility may be used in cooling tower supply, exhaust scrubber supply, or point of use abatement systems. UPW Recycling is not as typical and involves collecting the spent manufacturing rinse water, treating it and re-using it back in the wafer rinse process. Some additional water treatment may be required for any of these cases depending on the quality of the spent rinse water and the application of the reclaimed water. These are fairly common practices in many semiconductor facilities worldwide, however there is a limitation to how much water can be reclaimed and recycled if not considering reuse in the manufacturing process.

text: Some semiconductor manufacturing plants have been using

text: reclaimed water

text: for non-process applications such as chemical aspirators where the discharge water is sent to industrial waste.

text: Water reclamation

text: is also a typical application where spent rinse water from the manufacturing facility may be used in cooling tower supply, exhaust scrubber supply, or point of use abatement systems. UPW Recycling is not as typical and involves collecting the spent manufacturing rinse water, treating it and re-using it back in the wafer rinse process. Some additional water treatment may be required for any of these cases depending on the quality of the spent rinse water and the application of the reclaimed water. These are fairly common practices in many semiconductor facilities worldwide, however there is a limitation to how much water can be reclaimed and recycled if not considering reuse in the manufacturing process.

answers: NDQ_001768

answers: reclaimed water

answers: NDQ_001769

answers: non-process applications

answers: NDQ_001770

answers: chemical aspirators

answers: NDQ_001771

answers: What is a typical application where spent rinse water from the manufacturing facility may be used in cooling tower supply

answers: NDQ_001772

answers: semiconductor manufacturing

answers: NDQ_001773

answers: What is a non-process application where the discharge water is sent to industrial waste?

answers: NDQ_001774

answers: industrial waste

answers: NDQ_001775

answers: non-process applications

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: quality of the spent rinse water

answers: NDQ_001778

answers: reuse in the manufacturing process

answers: NDQ_001781

answers: is not reclaimed

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is a limitation to how much water can be reclaimed and recycled

answers: NDQ_001789

answers: What is a typical application where spent rinse water from the manufacturing facility may be used

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a type of manufacturing plant: semiconductor manufacturing plants, cooling tower supply, or point of use abatement systems?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: UPW Recycling

answers: NDQ_001802

answers: Some additional water treatment may be required for any of these cases depending on the quality of the spent rinse water

answers: NDQ_001803

answers: reclaimed water

answers: NDQ_001804

answers: UPW Recycling

answers: NDQ_001805

answers: semiconductor manufacturing plants

answers: NDQ_001768

answers: UPW Recycling

answers: NDQ_001769

answers: point of use abatement systems.

answers: NDQ_001770

answers: water treatment

answers: NDQ_001771

answers: chemical aspirators

answers: NDQ_001772

answers: semiconductor manufacturing plants

answers: NDQ_001773

answers: chemical aspirators where the discharge water is sent to industrial waste.

answers: NDQ_001774

answers: industrial waste.

answers: NDQ_001775

answers: non-process applications

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: manufacturing process.

answers: NDQ_001778

answers: reclaimed water

answers: NDQ_001781

answers: industrial waste.

answers: NDQ_001782

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Some additional water treatment

answers: NDQ_001788

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001789

answers: spent rinse water

answers: NDQ_001790

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001791

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001792

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001793

answers: These are fairly common practices in many semiconductor facilities worldwide,

answers: NDQ_001794

answers: water

answers: NDQ_001795

answers: reclaimed water

answers: NDQ_001796

answers: reclaimed water

answers: NDQ_001797

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001798

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001799

answers: reclaimed water

answers: NDQ_001800

answers: industrial waste.

answers: NDQ_001801

answers: Some semiconductor manufacturing plants have been using reclaimed water

answers: NDQ_001802

answers: Some additional water treatment

answers: NDQ_001803

answers: Water reclamation

answers: NDQ_001804

answers: UPW Recycling

answers: NDQ_001805

answers: reuse in the manufacturing process.

text: The cause of the outbreak is Hepatitis E contamination in Shimla's water supply, stemming from improperly filtered sewage released into the Ashwani Khud river system.  The Hepatitis E virus, commonly contracted from fecal matter, attacks the liver of infected individuals thereby causing jaundice. Contaminated water finds its way into the city's water supply schemes, located downstream from the sewage treatment plants.  The problem is exasperated in winter months, when less rainfall leads to less water volume, and therefore higher concentration of the virus.

text: The cause of the outbreak is

text: Hepatitis E

text: contamination in Shimla's water supply, stemming from improperly filtered sewage released into the Ashwani Khud river system.  The Hepatitis E virus, commonly contracted from fecal matter, attacks the liver of infected individuals thereby causing jaundice. Contaminated water finds its way into the city's water supply schemes, located downstream from the sewage treatment plants.  The problem is exasperated in winter months, when less rainfall leads to less water volume, and therefore higher concentration of the virus.

answers: NDQ_001768

answers: less water

answers: NDQ_001769

answers: What is the city's water supply schemes?

answers: NDQ_001770

answers: jaundice

answers: NDQ_001771

answers: What may be the reason for the contamination?

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a source of contamination: sewage, fecal matter, or sewage treatment plants?

answers: NDQ_001774

answers: contaminated

answers: NDQ_001775

answers: sewage treatment plants

answers: NDQ_001776

answers: fecal matter

answers: NDQ_001777

answers: less rainfall

answers: NDQ_001778

answers: improperly filtered sewage

answers: NDQ_001781

answers: contaminated

answers: NDQ_001782

answers: Which of the following is not a form of life: Hepatitis E?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a cause of contamination in Shimla's water supply?

answers: NDQ_001788

answers: Why is the problem exasperated in winter months?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a cause of contamination in Shimla's water supply?

answers: NDQ_001797

answers: Why is the problem exasperated in winter months?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: winter months

answers: NDQ_001802

answers: higher concentration of the virus

answers: NDQ_001803

answers: water supply schemes

answers: NDQ_001804

answers: sewage treatment plants

answers: NDQ_001805

answers: not enough information

answers: NDQ_001768

answers: less rainfall

answers: NDQ_001769

answers: water supply schemes,

answers: NDQ_001770

answers: jaundice.

answers: NDQ_001771

answers: Ashwani Khud river system.

answers: NDQ_001772

answers: sewage

answers: NDQ_001773

answers: sewage released into the Ashwani Khud river system.

answers: NDQ_001774

answers: sewage

answers: NDQ_001775

answers: sewage treatment plants.

answers: NDQ_001776

answers: The Hepatitis E virus,

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: less rainfall

answers: NDQ_001781

answers: improperly filtered sewage

answers: NDQ_001782

answers: Hepatitis E contamination in Shimla's water supply,

answers: NDQ_001785

answers: fecal matter,

answers: NDQ_001787

answers: sewage treatment plants.

answers: NDQ_001788

answers: Contaminated water

answers: NDQ_001789

answers: sewage treatment plants.

answers: NDQ_001790

answers: winter months, when less rainfall

answers: NDQ_001791

answers: less rainfall

answers: NDQ_001792

answers: rainfall

answers: NDQ_001793

answers: sewage released into the Ashwani Khud river system.

answers: NDQ_001794

answers: rainfall

answers: NDQ_001795

answers: Hepatitis E contamination in Shimla's water supply,

answers: NDQ_001796

answers: fecal matter,

answers: NDQ_001797

answers: less rainfall

answers: NDQ_001798

answers: less rainfall leads to less water volume,

answers: NDQ_001799

answers: downstream from the sewage treatment plants.

answers: NDQ_001800

answers: water supply,

answers: NDQ_001801

answers: winter months,

answers: NDQ_001802

answers: Contaminated water

answers: NDQ_001803

answers: sewage treatment plants.

answers: NDQ_001804

answers: sewage treatment plants.

answers: NDQ_001805

answers: fecal matter,

text: Access problems relating to water involve long walking distance to the source, low water quality, lack of a sufficient quantity of water, high water prices and poor system design. Women often suffer disproportionately from these problems. In Ghana, women and children suffer as the result of failed water supply schemes where women consumed unclean water to save money to feed children. In east Nepal tap stands and tube wells were located along roads, so that women had to travel long distances or wait until nightfall to avoid being seen by men while bathing freely or washing clothes.

text: Access problems relating to water involve long walking distance to the source, low water quality, lack of a sufficient quantity of water, high water prices and poor system design. Women often suffer disproportionately from these problems. In

text: Ghana

text: , women and children suffer as the result of failed water supply schemes where women consumed unclean water to save money to feed children. In east

text: Nepal

text: tap stands and tube wells were located along roads, so that women had to travel long distances or wait until nightfall to avoid being seen by men while bathing freely or washing clothes.

answers: NDQ_001768

answers: unclean water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: low water quality

answers: NDQ_001771

answers: bathing

answers: NDQ_001772

answers: women

answers: NDQ_001773

answers: Which of the following is not a cause of access problems relating to water: low water quality, lack of a sufficient quantity of water, high water prices, or poor system design?

answers: NDQ_001774

answers: unclean

answers: NDQ_001775

answers: high water prices and poor system design

answers: NDQ_001776

answers: low water quality

answers: NDQ_001777

answers: high water prices

answers: NDQ_001778

answers: high water prices

answers: NDQ_001781

answers: high water prices

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: poor system design

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: long walking distance to the source

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a reason for women to consume unclean water to save money to feed children?

answers: NDQ_001797

answers: Which of the following is not a problem with water: low water quality, lack of a sufficient quantity of water, high water prices and poor system design?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a sufficient quantity of water

answers: NDQ_001802

answers: low water quality

answers: NDQ_001803

answers: tube wells

answers: NDQ_001804

answers: tube wells

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Women

answers: NDQ_001769

answers: bathing freely or washing clothes.

answers: NDQ_001770

answers: low water quality,

answers: NDQ_001771

answers: bathing freely or washing clothes.

answers: NDQ_001772

answers: Women

answers: NDQ_001773

answers: Access problems relating to water

answers: NDQ_001774

answers: women consumed unclean water

answers: NDQ_001775

answers: women consumed unclean water to save money to feed children.

answers: NDQ_001776

answers: low water quality,

answers: NDQ_001777

answers: poor system design.

answers: NDQ_001778

answers: women consumed unclean water to save money to feed children.

answers: NDQ_001781

answers: low water quality,

answers: NDQ_001782

answers: Women

answers: NDQ_001785

answers: feed children.

answers: NDQ_001787

answers: low water quality,

answers: NDQ_001788

answers: poor system design.

answers: NDQ_001789

answers: low water quality,

answers: NDQ_001790

answers: Access problems relating to water involve long walking distance to the source,

answers: NDQ_001791

answers: Access problems relating to water

answers: NDQ_001792

answers: Access problems relating to water involve long walking distance to the source,

answers: NDQ_001793

answers: low water quality,

answers: NDQ_001794

answers: tube wells

answers: NDQ_001795

answers: low water quality, lack of a sufficient quantity of water,

answers: NDQ_001796

answers: Ghana, women and children suffer as the result of failed water supply schemes

answers: NDQ_001797

answers: low water quality, lack of a sufficient quantity of water,

answers: NDQ_001798

answers: women consumed unclean water to save money

answers: NDQ_001799

answers: low water quality,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Nepal

answers: NDQ_001802

answers: low water quality,

answers: NDQ_001803

answers: tube wells

answers: NDQ_001804

answers: tube wells

answers: NDQ_001805

answers: feed children.

text: It was established in 1933. It was originally the main water supply for the town of Rustenburg. In the sixties it was no longer used for drinking water due to contamination from platinum and chrome mines in the region. Due to water shortages in the nineties it was again used as the main water source for the Boitekong and surrounding townships. The fish in the dam are not fit for human consumption. The water in the dam in so corrosive that the steel sluices had to be replaced by a major rebuilding project in 2009 and 2010 for fear of the dam wall collapsing in a flood. The new dam structure was built from corrosion resistant compounds.

text: It was established in 1933. It was originally the main water supply for the town of Rustenburg. In the sixties it was no longer used for

text: drinking water

text: due to contamination from

text: platinum

text: and

text: chrome

text: mine

text: s in the region. Due to water shortages in the nineties it was again used as the main water source for the

text: Boitekong

text: and surrounding townships. The fish in the dam are not fit for human consumption. The water in the dam in so

text: corrosive

text: that the steel sluices had to be replaced by a major rebuilding project in 2009 and 2010 for fear of the dam wall collapsing in a flood. The new dam structure was built from

text: corrosion resistant

text: compounds.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: What did the town of Rustenburg use the water for?

answers: NDQ_001770

answers: corrosion

answers: NDQ_001771

answers: How many years after it was no longer used for drinking water was it used as the main water source for the Boitekong?

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a source of contamination: platinum or chrome?

answers: NDQ_001774

answers: fish are not fit for human consumption

answers: NDQ_001775

answers: What was used as the main water source for the Boitekong?

answers: NDQ_001776

answers: contaminated water

answers: NDQ_001777

answers: the quality of the water

answers: NDQ_001778

answers: major rebuilding project

answers: NDQ_001781

answers: is too corrosive

answers: NDQ_001782

answers: Which happened first, the dam was no longer used for drinking water or the steel sluices were replaced?

answers: NDQ_001785

answers: How many years after the dam was established was it used as the main water source for the Boitekong?

answers: NDQ_001787

answers: Why was the water in the dam in so corrosive?

answers: NDQ_001788

answers: Why did the steel sluices have to be replaced?

answers: NDQ_001789

answers: Which of the following is not a source of water: platinum and chrome mines?

answers: NDQ_001790

answers: Which of the following is not a problem with water?

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or dams?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true of fresh water?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which happened first, the dam was no longer used for drinking water or the steel sluices had to be replaced by a major rebuilding project?

answers: NDQ_001797

answers: Which happened first, the dam was no longer used for drinking water or the steel sluices had to be replaced?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Which of the following is not a source of drinking water: platinum or chrome mines?

answers: NDQ_001800

answers: NDQ_001801

answers: water shortages in the nineties

answers: NDQ_001802

answers: The water in the dam in so corrosive

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: drinking water due to contamination from platinum and chrome mines

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: dam wall collapsing in a flood.

answers: NDQ_001771

answers: The fish

answers: NDQ_001772

answers: fish in the dam are not fit for human consumption.

answers: NDQ_001773

answers: platinum and chrome mines

answers: NDQ_001774

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001775

answers: platinum and chrome mines

answers: NDQ_001776

answers: contamination from platinum and chrome mines

answers: NDQ_001777

answers: contamination from platinum and chrome mines

answers: NDQ_001778

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001781

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001782

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001785

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001787

answers: platinum and chrome mines

answers: NDQ_001788

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001789

answers: Boitekong

answers: NDQ_001790

answers: Boitekong

answers: NDQ_001791

answers: Boitekong

answers: NDQ_001792

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001793

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001794

answers: Rustenburg.

answers: NDQ_001795

answers: Boitekong

answers: NDQ_001796

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001797

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001798

answers: In the sixties it was no longer used for drinking water

answers: NDQ_001799

answers: The fish in the dam are not fit for human consumption.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: nineties

answers: NDQ_001802

answers: corrosive

answers: NDQ_001803

answers: The fish in the dam

answers: NDQ_001804

answers: steel sluices

answers: NDQ_001805

answers: drinking water

text: Water supply and sanitation in Pernambuco is characterized by high levels of access to water supply in urban areas, but also by poor service quality (intermittent supply), inadequate access to sanitation, and insufficient access to improved water sources and improved sanitation in rural areas.

text: Water supply and sanitation in Pernambuco is characterized by high levels of access to

text: water supply

text: in urban areas, but also by poor service quality (intermittent supply), inadequate access to

text: sanitation

text: , and insufficient access to

text: improved water source

text: s and

text: improved sanitation

text: in rural areas.

answers: NDQ_001768

answers: intermittent supply

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: sanitation

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: insufficient access to sanitation in rural areas

answers: NDQ_001774

answers: intermittent supply

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: urban areas

answers: NDQ_001778

answers: inadequate access to sanitation

answers: NDQ_001781

answers: sanitation is inadequate

answers: NDQ_001782

answers: What kind of life is Pernambuco?

answers: NDQ_001785

answers: (i)

answers: NDQ_001787

answers: Insufficient access to improved water sources and improved sanitation

answers: NDQ_001788

answers: poor service quality

answers: NDQ_001789

answers: None of the above choices.

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: insufficient access to improved water sources

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Insufficient access to improved water sources and improved sanitation in rural areas

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: intermittent supply

answers: NDQ_001802

answers: poor service quality

answers: NDQ_001803

answers: intermittent supply

answers: NDQ_001804

answers: urban areas

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: (intermittent supply),

answers: NDQ_001769

answers: urban areas,

answers: NDQ_001770

answers: (intermittent supply), inadequate access to sanitation,

answers: NDQ_001771

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001772

answers: urban

answers: NDQ_001773

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001774

answers: (intermittent supply),

answers: NDQ_001775

answers: Water supply and sanitation

answers: NDQ_001776

answers: Water supply and sanitation

answers: NDQ_001777

answers: urban areas,

answers: NDQ_001778

answers: poor service quality (intermittent supply),

answers: NDQ_001781

answers: (intermittent supply),

answers: NDQ_001782

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001785

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001787

answers: poor service quality (intermittent supply),

answers: NDQ_001788

answers: poor service quality

answers: NDQ_001789

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001790

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001791

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001792

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001793

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001794

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001795

answers: insufficient access to improved water sources and improved sanitation in rural areas.

answers: NDQ_001796

answers: insufficient access to improved water sources and improved sanitation in rural areas.

answers: NDQ_001797

answers: insufficient access to improved water sources and improved sanitation in rural areas.

answers: NDQ_001798

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001799

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001800

answers: insufficient access to improved water sources and improved sanitation in rural areas.

answers: NDQ_001801

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001802

answers: poor service quality (intermittent supply),

answers: NDQ_001803

answers: (intermittent supply),

answers: NDQ_001804

answers: Water supply and sanitation in Pernambuco

answers: NDQ_001805

answers: urban areas,

text: This "four tap" strategy aims to reduce reliance on supply from Malaysia by increasing the volume supplied from the three other sources, or "national taps". Since water demand in 2011 was  per day, Singapore could actually already have been water self-sufficient in 2011 except in years of very low rainfall. The official figures downplay the share of reclaimed and desalinated water in water supply, and thus the ability of the country to be self-sufficient. However, the Chairman of PUB admitted in 2012 that water self-sufficiency could be achieved well before the target year of 2061.

text: This "four tap" strategy aims to reduce reliance on supply from Malaysia by increasing the volume supplied from the three other sources, or "national taps". Since water demand in 2011 was  per day, Singapore could actually already have been water self-sufficient in 2011 except in years of very low rainfall. The official figures downplay the share of reclaimed and desalinated water in water supply, and thus the ability of the country to be self-sufficient. However, the Chairman of PUB admitted in 2012 that water self-sufficiency could be achieved well before the target year of 2061.

answers: NDQ_001768

answers: national taps

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: low rainfall

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Malaysia

answers: NDQ_001773

answers: Which of the following is not a source of water: reclaimed or desalinated water?

answers: NDQ_001774

answers: desalinated

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: low rainfall

answers: NDQ_001781

answers: desalinated water

answers: NDQ_001782

answers: What is the purpose of the "four tap" strategy?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: reclaimed and desalinated water

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Singapore could actually already have been water self-sufficient

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: What is the official figure downplaying?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2011

answers: NDQ_001802

answers: The official figures downplay the share of reclaimed and desalinated water in water supply

answers: NDQ_001803

answers: desalinated water

answers: NDQ_001804

answers: reclaimed

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: "national taps".

answers: NDQ_001769

answers: "national taps". Since water demand in 2011 was per day, Singapore

answers: NDQ_001770

answers: low rainfall.

answers: NDQ_001771

answers: Singapore

answers: NDQ_001772

answers: Malaysia

answers: NDQ_001773

answers: Malaysia

answers: NDQ_001774

answers: low rainfall.

answers: NDQ_001775

answers: water demand in 2011 was per day,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainfall.

answers: NDQ_001778

answers: low rainfall.

answers: NDQ_001781

answers: low rainfall.

answers: NDQ_001782

answers: Singapore could actually already have been water self-sufficient

answers: NDQ_001785

answers: Singapore could actually already have been water self-sufficient

answers: NDQ_001787

answers: Singapore could actually already have been water self-sufficient in 2011

answers: NDQ_001788

answers: reclaimed and desalinated water

answers: NDQ_001789

answers: reclaimed and desalinated water

answers: NDQ_001790

answers: Singapore could actually already have been water self-sufficient

answers: NDQ_001791

answers: 2061.

answers: NDQ_001792

answers: Singapore could actually already have been water self-sufficient

answers: NDQ_001793

answers: Singapore could actually already have been water self-sufficient

answers: NDQ_001794

answers: rainfall.

answers: NDQ_001795

answers: 2061.

answers: NDQ_001796

answers: Singapore could actually already have been water self-sufficient

answers: NDQ_001797

answers: low rainfall.

answers: NDQ_001798

answers: Singapore could actually already have been water self-sufficient in 2011

answers: NDQ_001799

answers: reclaimed and desalinated water

answers: NDQ_001800

answers: Malaysia

answers: NDQ_001801

answers: Singapore could actually already have been water self-sufficient in 2011

answers: NDQ_001802

answers: reclaimed and desalinated water

answers: NDQ_001803

answers: reclaimed and desalinated water

answers: NDQ_001804

answers: reclaimed and desalinated water

answers: NDQ_001805

answers: per day,

text: Even though Croatia has sufficient water resources at its disposal, these are not uniformly distributed and public water supply network losses remain high—estimated at 44%. Between 2004 and 2008, the number of stations monitoring surface water pollution increased by 20%; the CEA reported 476 cases of water pollution in this period. At the same time organic waste pollution levels decreased slightly, which is attributed to the completion of new sewage treatment plants; their number increased 20%, reaching a total of 101. Nearly all of Croatia's groundwater aquifers are top quality, unlike the available surface water; the latter's quality varies in terms of biochemical oxygen demand and bacteriological water analysis results. As of 2008, 80% of the Croatian population are served by the public water supply system, but only 44% of the population have access to the public sewerage network, with septic systems in use. Adriatic Sea water quality monitoring between 2004 and 2008 indicated very good, oligotrophic conditions along most of the coast, while areas of increased eutrophication were identified in the Bay of Bakar, the Bay of Kaštela, the Port of Šibenik and near Ploče; other areas of localized pollution were identified near the larger coastal cities. In the period between 2004 and 2008, the CEA identified 283 cases of marine pollution (including 128 from vessels), which was a drop of 15% relative to the period encompassed by the previous report, 1997 to August 2005.

text: Even though Croatia has sufficient

text: water resources

text: at its disposal, these are not uniformly distributed and public

text: water supply network

text: losses remain high—estimated at 44%. Between 2004 and 2008, the number of stations monitoring surface

text: water pollution

text: increased by 20%; the CEA reported 476 cases of water pollution in this period. At the same time

text: organic waste

text: pollution levels decreased slightly, which is attributed to the completion of new

text: sewage treatment

text: plants; their number increased 20%, reaching a total of 101. Nearly all of Croatia's

text: groundwater

text: aquifer

text: s are top

text: quality

text: , unlike the available surface water; the latter's quality varies in terms of

text: biochemical oxygen demand

text: and

text: bacteriological water analysis

text: results. As of 2008, 80% of the Croatian population are served by the public

text: water supply

text: system, but only 44% of the population have access to the public

text: sewerage

text: network, with

text: septic system

text: s in use. Adriatic Sea water quality monitoring between 2004 and 2008 indicated very good,

text: oligotroph

text: ic conditions along most of the coast, while areas of increased

text: eutrophication

text: were identified in the

text: Bay of Bakar

text: , the Bay of

text: Kaštela

text: , the Port of

text: Šibenik

text: and near

text: Ploče

text: ; other areas of localized pollution were identified near the larger coastal cities. In the period between 2004 and 2008, the CEA identified 283 cases of

text: marine pollution

text: (including 128

text: from vessels

text: ), which was a drop of 15% relative to the period encompassed by the previous report, 1997 to August 2005.

answers: NDQ_001768

answers: public sewerage network, with septic systems in use

answers: NDQ_001769

answers: public water supply network losses remain high

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: 128 from vessels

answers: NDQ_001772

answers: Croatia

answers: NDQ_001773

answers: Which of the following is not a source of water pollution: groundwater aquifers or surface water?

answers: NDQ_001774

answers: public sewerage network

answers: NDQ_001775

answers: sewage treatment

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: biochemical oxygen demand

answers: NDQ_001778

answers: public water supply network losses

answers: NDQ_001781

answers: is not uniformly distributed

answers: NDQ_001782

answers: Which of the following is not a form of life: groundwater aquifers or surface water?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: Which of the following is not a type of pollution: biochemical oxygen demand and bacteriological water analysis results?

answers: NDQ_001788

answers: public water supply network losses remain high

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many cases of water pollution were reported between 2004 and 2008?

answers: NDQ_001797

answers: How many percent of the Croatian population are served by the public water supply system?

answers: NDQ_001798

answers: How many percent of the population have access to the public sewerage network?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: 1997 to August 2005.

answers: NDQ_001802

answers: 476 cases of water pollution in this period

answers: NDQ_001803

answers: sewage treatment plants

answers: NDQ_001804

answers: sewage treatment plants

answers: NDQ_001805

answers: sewage treatment plants

answers: NDQ_001768

answers: septic systems

answers: NDQ_001769

answers: public water supply system,

answers: NDQ_001770

answers: eutrophication

answers: NDQ_001771

answers: vessels),

answers: NDQ_001772

answers: marine pollution

answers: NDQ_001773

answers: 101.

answers: NDQ_001774

answers: public water supply network losses remain high—estimated at 44%.

answers: NDQ_001775

answers: sewage treatment plants;

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: biochemical oxygen demand and bacteriological water analysis results.

answers: NDQ_001778

answers: eutrophication

answers: NDQ_001781

answers: these are not uniformly distributed

answers: NDQ_001782

answers: 476 cases of water pollution in this period.

answers: NDQ_001785

answers: 476

answers: NDQ_001787

answers: Nearly all of Croatia's groundwater aquifers

answers: NDQ_001788

answers: public water supply network losses remain high—estimated at 44%.

answers: NDQ_001789

answers: sewage treatment plants;

answers: NDQ_001790

answers: Croatia has sufficient water resources

answers: NDQ_001791

answers: 44% of the population have access to the public sewerage network,

answers: NDQ_001792

answers: Croatia's groundwater aquifers are top quality,

answers: NDQ_001793

answers: Croatia

answers: NDQ_001794

answers: groundwater aquifers are top quality,

answers: NDQ_001795

answers: 44% of the population have access to the public sewerage network,

answers: NDQ_001796

answers: 476 cases of water pollution

answers: NDQ_001797

answers: Nearly all of Croatia's groundwater aquifers

answers: NDQ_001798

answers: 15%

answers: NDQ_001799

answers: groundwater

answers: NDQ_001800

answers: water resources at its disposal, these are not uniformly distributed

answers: NDQ_001801

answers: 1997 to August 2005.

answers: NDQ_001802

answers: 476 cases of water pollution in this period.

answers: NDQ_001803

answers: sewage treatment plants;

answers: NDQ_001804

answers: groundwater aquifers

answers: NDQ_001805

answers: marine pollution

text: High-grade industrial water (produced by reverse osmosis) and potable water are sometimes used in industrial plants requiring high-purity cooling water.

text: High-grade industrial water (produced by

text: reverse osmosis

text: ) and potable water are sometimes used in industrial plants requiring high-purity cooling water.

answers: NDQ_001768

answers: high-grade industrial water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: bacterial growth

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: industrial plants

answers: NDQ_001773

answers: are used in the production of food.

answers: NDQ_001774

answers: is not potable

answers: NDQ_001775

answers: cooling

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: use of high-grade industrial water

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be used in industrial plants

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can not be used in industrial plants

answers: NDQ_001804

answers: can be used to make potable water

answers: NDQ_001805

answers: cooling water

answers: NDQ_001768

answers: High-grade industrial water

answers: NDQ_001769

answers: industrial plants

answers: NDQ_001770

answers: high-purity cooling water.

answers: NDQ_001771

answers: potable water

answers: NDQ_001772

answers: industrial plants

answers: NDQ_001773

answers: High-grade industrial water

answers: NDQ_001774

answers: industrial plants

answers: NDQ_001775

answers: cooling water.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: industrial plants

answers: NDQ_001778

answers: High-grade industrial water

answers: NDQ_001781

answers: High-grade industrial water

answers: NDQ_001782

answers: High-grade industrial water

answers: NDQ_001785

answers: High-grade industrial water

answers: NDQ_001787

answers: High-grade industrial water

answers: NDQ_001788

answers: High-grade industrial water

answers: NDQ_001789

answers: High-grade industrial water

answers: NDQ_001790

answers: High-grade industrial water

answers: NDQ_001791

answers: High-grade industrial water

answers: NDQ_001792

answers: High-grade industrial water

answers: NDQ_001793

answers: High-grade industrial water

answers: NDQ_001794

answers: High-grade industrial water

answers: NDQ_001795

answers: High-grade industrial water

answers: NDQ_001796

answers: High-grade industrial water

answers: NDQ_001797

answers: High-grade industrial water

answers: NDQ_001798

answers: High-grade industrial water

answers: NDQ_001799

answers: High-grade industrial water

answers: NDQ_001800

answers: High-grade industrial water

answers: NDQ_001801

answers: High-grade industrial water

answers: NDQ_001802

answers: high-purity

answers: NDQ_001803

answers: cooling water.

answers: NDQ_001804

answers: reverse osmosis)

answers: NDQ_001805

answers: cooling water.

text: Prices for water sold by tanker trucks in bulk, which is common in cities of some developing countries for households without access to piped water supply, are set in the market. Prices for trucked water vary between about US$1 and US$6 per cubic meter.

text: Prices for water sold by tanker trucks in bulk, which is common in cities of some developing countries for households without access to

text: piped

text: water supply

text: , are set in the market. Prices for trucked water vary between about US$1 and US$6 per cubic meter.

answers: NDQ_001768

answers: tanker trucks in bulk

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: prices to fluctuate

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: is sold by tanker trucks

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: prices

answers: NDQ_001778

answers: tanker trucks in bulk

answers: NDQ_001781

answers: is sold in bulk

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a use for water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many cubic meters of water are sold by tanker trucks in bulk?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, tropical, or tropical?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be described as

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: can not be used to collect runoff

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: tanker trucks in bulk,

answers: NDQ_001769

answers: households

answers: NDQ_001770

answers: households without access to piped water supply,

answers: NDQ_001771

answers: Prices for water sold by tanker trucks

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Prices for water sold by tanker trucks

answers: NDQ_001774

answers: households without access to piped water supply,

answers: NDQ_001775

answers: Prices for water sold by tanker trucks

answers: NDQ_001776

answers: water supply,

answers: NDQ_001777

answers: households without access to piped water supply,

answers: NDQ_001778

answers: households without access to piped water supply,

answers: NDQ_001781

answers: households without access to piped water supply,

answers: NDQ_001782

answers: Prices

answers: NDQ_001785

answers: US$1 and US$6 per cubic meter.

answers: NDQ_001787

answers: households without access to piped water supply,

answers: NDQ_001788

answers: Prices for water sold by tanker trucks

answers: NDQ_001789

answers: households without access to piped water supply,

answers: NDQ_001790

answers: US$1 and US$6 per cubic meter.

answers: NDQ_001791

answers: US$1 and US$6 per cubic meter.

answers: NDQ_001792

answers: Prices for water sold by tanker trucks

answers: NDQ_001793

answers: piped water supply,

answers: NDQ_001794

answers: Prices for water sold by tanker trucks

answers: NDQ_001795

answers: households without access to piped water supply,

answers: NDQ_001796

answers: Prices for water sold by tanker trucks in bulk,

answers: NDQ_001797

answers: Prices

answers: NDQ_001798

answers: US$1 and US$6 per cubic meter.

answers: NDQ_001799

answers: piped water supply,

answers: NDQ_001800

answers: households without access to piped water supply,

answers: NDQ_001801

answers: Prices

answers: NDQ_001802

answers: US$1 and US$6 per cubic meter.

answers: NDQ_001803

answers: piped water supply,

answers: NDQ_001804

answers: piped water supply,

answers: NDQ_001805

answers: households without access to piped water supply,

text: Lake Eppalock supplies both stock and domestic water to the Campaspe irrigation district. It also serves as a water supply to Bendigo and Heathcote and in more recent times, Ballarat.

text: Lake Eppalock supplies both stock and domestic water to the Campaspe irrigation district. It also serves as a water supply to Bendigo and Heathcote and in more recent times,

text: Ballarat

answers: NDQ_001768

answers: domestic water

answers: NDQ_001769

answers: domestic

answers: NDQ_001770

answers: Ballarat to run out of water

answers: NDQ_001771

answers: Ballarat

answers: NDQ_001772

answers: domestic

answers: NDQ_001773

answers: can be found in the irrigation district

answers: NDQ_001774

answers: is not used for irrigation

answers: NDQ_001775

answers: Agricultural purposes

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: is used for livestock

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is true of Lake Eppalock?

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: None of the above choices .

answers: NDQ_001792

answers: Lake Eppalock

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Lake Eppalock

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, temperate, or tropical?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: in more recent times

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Lake Eppalock

answers: NDQ_001769

answers: domestic

answers: NDQ_001770

answers: stock and domestic water

answers: NDQ_001771

answers: Ballarat.

answers: NDQ_001772

answers: stock and domestic water to the Campaspe irrigation district.

answers: NDQ_001773

answers: Lake Eppalock supplies both stock and domestic water

answers: NDQ_001774

answers: Lake Eppalock

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Lake Eppalock

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: Lake Eppalock supplies both stock and domestic water

answers: NDQ_001782

answers: Lake Eppalock

answers: NDQ_001785

answers: Lake Eppalock

answers: NDQ_001787

answers: Campaspe irrigation district.

answers: NDQ_001788

answers: Lake Eppalock supplies both stock and domestic water

answers: NDQ_001789

answers: Lake Eppalock

answers: NDQ_001790

answers: Lake Eppalock

answers: NDQ_001791

answers: Lake Eppalock

answers: NDQ_001792

answers: Lake Eppalock supplies both stock and domestic water

answers: NDQ_001793

answers: Lake Eppalock

answers: NDQ_001794

answers: Lake Eppalock

answers: NDQ_001795

answers: Lake Eppalock

answers: NDQ_001796

answers: Lake Eppalock

answers: NDQ_001797

answers: domestic water

answers: NDQ_001798

answers: Lake Eppalock

answers: NDQ_001799

answers: Lake Eppalock supplies both stock and domestic water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Ballarat.

answers: NDQ_001802

answers: Lake Eppalock

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Lake Eppalock

answers: NDQ_001805

answers: irrigation district.

text: Main crop Grapes and Sugar cane, nowadays farmers are using a new technology for their agriculture land.Other crops like- Jowar, Wheat, Channa, Sunflower, Ginger, Onion.Fruits:  Banana, Papaya, Grapes etc.Flowers: Rose, Chrysanthemum, Marigold etc.Water Supply: Krishna river is the nearest around 2 km far and supply the water from there. Many schemes are associated to supply the water and Separate water tank for irrigation uses for there land with own cost, drip irrigation system etc.

text: Main crop Grapes and Sugar cane, nowadays farmers are using a new technology for their agriculture land.Other crops like- Jowar, Wheat, Channa, Sunflower, Ginger, Onion.Fruits:  Banana, Papaya, Grapes etc.Flowers: Rose, Chrysanthemum, Marigold etc.Water Supply: Krishna river is the nearest around 2 km far and supply the water from there. Many schemes are associated to supply the water and Separate water tank for irrigation uses for there land with own cost, drip irrigation system etc.

answers: NDQ_001768

answers: more water than developed

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: damage to crops

answers: NDQ_001771

answers: swimming, jogging, cycling, etc.

answers: NDQ_001772

answers: Agriculture

answers: NDQ_001773

answers: Which of the following is not a crop mentioned in the text?

answers: NDQ_001774

answers: is not used for irrigation

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: crops grown

answers: NDQ_001778

answers: using a new technology

answers: NDQ_001781

answers: uses too much water

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: Which of the following is not a crop?

answers: NDQ_001787

answers: Which of the following is not a crop?

answers: NDQ_001788

answers: Which of the following is not a crop?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: Which of the following is not a crop?

answers: NDQ_001791

answers: Which of the following is not a crop?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a crop?

answers: NDQ_001795

answers: None of the above choices .

answers: NDQ_001796

answers: Which of the following is not a crop?

answers: NDQ_001797

answers: Which of the following is not a crop?

answers: NDQ_001798

answers: Which of the following is not a crop?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: a little

answers: NDQ_001803

answers: drip irrigation system

answers: NDQ_001804

answers: Krishna river

answers: NDQ_001805

answers: Sugar cane

answers: NDQ_001768

answers: Krishna river

answers: NDQ_001769

answers: irrigation uses

answers: NDQ_001770

answers: Separate water tank for irrigation uses for there land with own cost,

answers: NDQ_001771

answers: Rose, Chrysanthemum, Marigold

answers: NDQ_001772

answers: farmers are using a new technology for their agriculture

answers: NDQ_001773

answers: a new technology

answers: NDQ_001774

answers: Separate water tank for irrigation uses for there land with own cost,

answers: NDQ_001775

answers: irrigation uses

answers: NDQ_001776

answers: Grapes and Sugar cane,

answers: NDQ_001777

answers: Krishna river is the nearest around 2 km far

answers: NDQ_001778

answers: farmers are using a new technology for their agriculture land.Other

answers: NDQ_001781

answers: Separate water tank for irrigation uses for there land with own cost,

answers: NDQ_001782

answers: Krishna river

answers: NDQ_001785

answers: Krishna river is the nearest around 2 km far and supply the water

answers: NDQ_001787

answers: drip irrigation system

answers: NDQ_001788

answers: drip irrigation system

answers: NDQ_001789

answers: Krishna river

answers: NDQ_001790

answers: Krishna river

answers: NDQ_001791

answers: Krishna river

answers: NDQ_001792

answers: Krishna river

answers: NDQ_001793

answers: Krishna river

answers: NDQ_001794

answers: Krishna river

answers: NDQ_001795

answers: Krishna river

answers: NDQ_001796

answers: Krishna river

answers: NDQ_001797

answers: Krishna river

answers: NDQ_001798

answers: Krishna river

answers: NDQ_001799

answers: Krishna river

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Krishna river is the nearest around 2 km far and supply the water

answers: NDQ_001802

answers: Krishna river

answers: NDQ_001803

answers: drip irrigation system

answers: NDQ_001804

answers: Krishna river

answers: NDQ_001805

answers: irrigation

text: Irrigation of farms and landscapes accounts for the greatest use of recycled water in California, more than 60% with agriculture alone accounting for nearly 40%. Given that agriculture uses 80% of developed water supply in California, this greatly reduces strain on natural freshwater supplies. Water must be treated to at least the secondary level in order to be used in agriculture in California. In cases where the recycled water will not have contact with the edible portion of the plant like orchards or vineyards, secondary treatment is deemed sufficient, but in the case of crops with the edible portion of the plant having contact with the recycled water tertiary treatment is regulated.

text: Irrigation of farms and landscapes accounts for the greatest use of recycled water in California, more than 60% with agriculture alone accounting for nearly 40%. Given that agriculture uses 80% of developed water supply in California, this greatly reduces strain on natural freshwater supplies. Water must be treated to at least the secondary level in order to be used in agriculture in California. In cases where the recycled water will not have contact with the edible portion of the plant like orchards or vineyards, secondary treatment is deemed sufficient, but in the case of crops with the edible portion of the plant having contact with the recycled water tertiary treatment is regulated.

answers: NDQ_001768

answers: 80% of developed water supply

answers: NDQ_001769

answers: Irrigation of farms

answers: NDQ_001770

answers: strain on natural freshwater supplies

answers: NDQ_001771

answers: How many percent of recycled water does agriculture use?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not regulated: tertiary treatment or secondary treatment?

answers: NDQ_001774

answers: treated to the secondary level

answers: NDQ_001775

answers: Irrigation of farms and landscapes

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: natural freshwater supplies

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: does not have contact with the edible portion

answers: NDQ_001782

answers: Which of the following is not a form of life: crops, orchards, or vineyards?

answers: NDQ_001785

answers: How can we live longer without water than without food?

answers: NDQ_001787

answers: Which of the following is not a type of crop: orchards or vineyards?

answers: NDQ_001788

answers: what is the second to last word in the passage?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or lakes?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: what is the second to last word in the passage?

answers: NDQ_001797

answers: Which of the following is not a reason for farmers to use recycled water?

answers: NDQ_001798

answers: How many percent of recycled water does agriculture use?

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: tertiary treatment

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: recycled water

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: recycled water

answers: NDQ_001769

answers: Irrigation of farms and landscapes

answers: NDQ_001770

answers: strain on natural freshwater supplies.

answers: NDQ_001771

answers: Irrigation of farms and landscapes

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: tertiary treatment is regulated.

answers: NDQ_001774

answers: recycled water

answers: NDQ_001775

answers: Irrigation

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: natural freshwater supplies.

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: the recycled water will not have contact with the edible portion

answers: NDQ_001782

answers: Irrigation of farms and landscapes

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: 40%.

answers: NDQ_001788

answers: agriculture alone accounting for nearly 40%.

answers: NDQ_001789

answers: recycled water

answers: NDQ_001790

answers: agriculture uses 80% of developed water supply in California,

answers: NDQ_001791

answers: agriculture alone accounting for nearly 40%.

answers: NDQ_001792

answers: natural freshwater supplies.

answers: NDQ_001793

answers: natural freshwater supplies.

answers: NDQ_001794

answers: natural freshwater supplies.

answers: NDQ_001795

answers: 40%.

answers: NDQ_001796

answers: recycled water

answers: NDQ_001797

answers: Irrigation of farms and landscapes

answers: NDQ_001798

answers: greatly reduces strain on natural freshwater supplies.

answers: NDQ_001799

answers: secondary treatment

answers: NDQ_001800

answers: natural freshwater supplies.

answers: NDQ_001801

answers: Irrigation of farms and landscapes

answers: NDQ_001802

answers: 40%.

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: Irrigation of farms and landscapes

answers: NDQ_001805

answers: Irrigation of farms and landscapes

text: Chennai is entirely dependent on ground water resources to meet its water needs. Ground water resources in Chennai are replenished by rain water and the city's average rainfall is 1,276 mm. Chennai receives about 985 million liters per day (mld) from various sources against the required amount of 1,200 mld. This demand is expected to rise to 2,100 mld by 2031. Water to the city's residents is being supplied from desalination plants at Nemelli and Minjur; aquifers in Neyveli, Minjur and Panchetty; Cauvery water from Veeranam lake; Krishna river from Andhra Pradesh; Poondi reservoir; and lakes at Red Hills, Chembarambakkam and Cholavaram.

text: Chennai is entirely dependent on ground water resources to meet its water needs. Ground water resources in Chennai are replenished by rain water and the city's average rainfall is 1,276 mm. Chennai receives about 985 million liters per day (mld) from various sources against the required amount of 1,200 mld. This demand is expected to rise to 2,100 mld by 2031. Water to the city's residents is being supplied from desalination plants at Nemelli and Minjur; aquifers in Neyveli, Minjur and Panchetty;

text: Cauvery

text: water from

text: Veeranam lake

text: Krishna river

text: from Andhra Pradesh;

text: Poondi reservoir

text: ; and lakes at

text: Red Hills

text: Chembarambakkam

text: and

text: Cholavaram

answers: NDQ_001768

answers: ground water resources

answers: NDQ_001769

answers: What is the average rainfall in Chennai?

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: Red Hills, Chembarambakkam and Cholavaram

answers: NDQ_001772

answers: Chennai

answers: NDQ_001773

answers: Which of the following is not a source of water: desalination plants at Nemelli and Minjur, aquifers in Neyveli, Minjur and Panchetty, or Krishna river from Andhra Pradesh?

answers: NDQ_001774

answers: desalination

answers: NDQ_001775

answers: desalination plants

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: ground water resources

answers: NDQ_001778

answers: demand is expected to rise

answers: NDQ_001781

answers: does not meet the required amount

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of groundwater: rain water, desalination plants, or aquifers?

answers: NDQ_001788

answers: Which of the following is not a source of ground water: desalination plants?

answers: NDQ_001789

answers: Desalination plants

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations: Red Hills, Chembarambakkam and Cholavaram

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a source of waterborne diseases?

answers: NDQ_001797

answers: Which of the following is not a climate: Chennai, Andhra Pradesh, or Red Hills?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: Chennai receives about 985 million liters per day (mld) from various sources against the required amount

answers: NDQ_001803

answers: desalination plants

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: rain water

answers: NDQ_001769

answers: residents

answers: NDQ_001770

answers: desalination plants at Nemelli and Minjur;

answers: NDQ_001771

answers: lakes at Red Hills, Chembarambakkam and Cholavaram.

answers: NDQ_001772

answers: Chennai

answers: NDQ_001773

answers: Chennai is entirely dependent on ground water resources to meet its water needs.

answers: NDQ_001774

answers: desalination plants

answers: NDQ_001775

answers: desalination plants

answers: NDQ_001776

answers: rain water

answers: NDQ_001777

answers: rain water

answers: NDQ_001778

answers: residents

answers: NDQ_001781

answers: rain water

answers: NDQ_001782

answers: Chennai is entirely dependent on ground water resources

answers: NDQ_001785

answers: Chennai is entirely dependent on ground water resources

answers: NDQ_001787

answers: desalination plants at Nemelli and Minjur;

answers: NDQ_001788

answers: Ground water resources in Chennai are replenished by rain water

answers: NDQ_001789

answers: desalination plants

answers: NDQ_001790

answers: rain water

answers: NDQ_001791

answers: 2,100 mld by 2031.

answers: NDQ_001792

answers: Cauvery water from Veeranam lake;

answers: NDQ_001793

answers: rain water

answers: NDQ_001794

answers: Chennai

answers: NDQ_001795

answers: 2031.

answers: NDQ_001796

answers: rain water

answers: NDQ_001797

answers: rain water

answers: NDQ_001798

answers: 2,100 mld by 2031.

answers: NDQ_001799

answers: rain water

answers: NDQ_001800

answers: Chennai is entirely dependent on ground water

answers: NDQ_001801

answers: 1,276 mm.

answers: NDQ_001802

answers: desalination plants at Nemelli and Minjur;

answers: NDQ_001803

answers: desalination plants

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: Chennai

text: The man-made Huntspill River was constructed during World War II with sluices at both ends to provide a guaranteed daily supply of  of "process water". It was intended that in the summer, when water supply was lower, it would serve as a reservoir with water pumped from the moors; and in winter serve as a drainage channel, via gravity drainage. Geotechnical problems prevented it from being dug as deep as originally intended and so gravity-drainage of the moors was not possible: thus, water is pumped up into the river throughout the year. The Sowy River between the River Parrett and King's Sedgemoor Drain was completed in 1972. The Levels and Moors are now artificially drained by a network of rhynes which are pumped up into "drains". Water levels are managed by the Levels internal drainage boards (IDBs); the Levels are not as intensively drained or farmed as the East Anglian fens, historically a similar area of low marsh. One of the approaches to reducing the risk of flooding within the catchment area of the Parrett is the planting of new woodlands.

text: The man-made Huntspill River was constructed during

text: World War II

text: with sluices at both ends to provide a guaranteed daily supply of  of "process water". It was intended that in the summer, when water supply was lower, it would serve as a reservoir with water pumped from the moors; and in winter serve as a drainage channel, via gravity drainage.

text: Geotechnical

text: problems prevented it from being dug as deep as originally intended and so gravity-drainage of the moors was not possible: thus, water is pumped up into the river throughout the year. The

text: Sowy River

text: between the River Parrett and King's Sedgemoor Drain was completed in 1972. The Levels and Moors are now artificially drained by a network of rhynes which are pumped up into "drains". Water levels are managed by the Levels

text: internal drainage board

text: s (IDBs); the Levels are not as intensively drained or farmed as the

text: East Anglia

text: n

text: fen

text: s, historically a similar area of low marsh. One of the approaches to reducing the risk of flooding within the catchment area of the Parrett is the planting of new woodlands.

answers: NDQ_001768

answers: "process water"

answers: NDQ_001769

answers: process water

answers: NDQ_001770

answers: flooding

answers: NDQ_001771

answers: Huntspill River

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of "process water": Huntspill River, Sowy River or Levels internal drainage boards?

answers: NDQ_001774

answers: pumped up into the river throughout the year

answers: NDQ_001775

answers: process water

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: intensively drained

answers: NDQ_001781

answers: Gravity-drainage

answers: NDQ_001782

answers: What is the purpose of the Huntspill River?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the man-made Huntspill River?

answers: NDQ_001789

answers: What is the man-made Huntspill River?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What was intended that in the summer, when water supply was lower, it would serve as a reservoir with water pumped from the moors

answers: NDQ_001797

answers: How many years after the man-made Huntspill River was constructed did it serve as a reservoir with water pumped from the moors

answers: NDQ_001798

answers: Why are we using less water today than we did a century ago?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: summer

answers: NDQ_001802

answers: the Levels are not as intensively drained or farmed

answers: NDQ_001803

answers: sluices

answers: NDQ_001804

answers: rhynes

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: planting of new woodlands.

answers: NDQ_001769

answers: "process water".

answers: NDQ_001770

answers: flooding

answers: NDQ_001771

answers: Huntspill River

answers: NDQ_001772

answers: "process water".

answers: NDQ_001773

answers: "process water".

answers: NDQ_001774

answers: gravity-drainage

answers: NDQ_001775

answers: "process water".

answers: NDQ_001776

answers: "process water".

answers: NDQ_001777

answers: planting of new woodlands.

answers: NDQ_001778

answers: farmed

answers: NDQ_001781

answers: Geotechnical problems

answers: NDQ_001782

answers: "process water".

answers: NDQ_001785

answers: "process water".

answers: NDQ_001787

answers: artificially drained by a network of rhynes

answers: NDQ_001788

answers: "process water".

answers: NDQ_001789

answers: "process water".

answers: NDQ_001790

answers: "process water".

answers: NDQ_001791

answers: "process water".

answers: NDQ_001792

answers: water pumped from the moors;

answers: NDQ_001793

answers: "process water".

answers: NDQ_001794

answers: "process water".

answers: NDQ_001795

answers: "process water".

answers: NDQ_001796

answers: "process water".

answers: NDQ_001797

answers: "process water".

answers: NDQ_001798

answers: planting of new woodlands.

answers: NDQ_001799

answers: "process water".

answers: NDQ_001800

answers: "process water".

answers: NDQ_001801

answers: summer,

answers: NDQ_001802

answers: the Levels are not as intensively drained or farmed

answers: NDQ_001803

answers: planting of new woodlands.

answers: NDQ_001804

answers: Huntspill River

answers: NDQ_001805

answers: "process water".

text: As the population of the neighborhoods kept increasing, the demand for a larger supply of water increased. The increase in population throughout Brooklyn and the soon-to-be other boroughs also caused a problem with the water supply, as the wellwater became polluted and there was an insufficient supply of water. This caused many health problems as there was only a few sources of water. In response, the city began to create a system of water pipes that flowed through the city, as well as outsourced fresh water supplies outside the city. The New York City water system is managed by the Department of Environmental Protection and consists of three upstate aqueducts—the Croton, Catskill, and Delaware aqueducts—the latter two of which flow through Brooklyn.

text: As the population of the neighborhoods kept increasing, the demand for a larger supply of water increased. The increase in population throughout Brooklyn and the soon-to-be other boroughs also caused a problem with the water supply, as the wellwater became polluted and there was an insufficient supply of water. This caused many health problems as there was only a few sources of water. In response, the city began to create a system of water pipes that flowed through the city, as well as outsourced fresh water supplies outside the city. The

text: New York City water system

text: is managed by the Department of Environmental Protection and consists of three upstate aqueducts—the

text: Croton

text: Catskill

text: , and

text: Delaware

text: aqueducts—the latter two of which flow through Brooklyn.

answers: NDQ_001768

answers: wellwater

answers: NDQ_001769

answers: What does the Department of Environmental Protection manage?

answers: NDQ_001770

answers: health problems

answers: NDQ_001771

answers: How many aqueducts flow through Brooklyn?

answers: NDQ_001772

answers: New York City

answers: NDQ_001773

answers: Which of the following is not a source of water: Croton, Catskill, or Delaware?

answers: NDQ_001774

answers: polluted

answers: NDQ_001775

answers: What did the population of the neighborhoods keep increasing?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: demand

answers: NDQ_001778

answers: population of the neighborhoods kept increasing

answers: NDQ_001781

answers: polluted

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the increase in demand for a larger supply of water?

answers: NDQ_001789

answers: Which of the following is not a source of water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What did the increase in population throughout Brooklyn and the soon-to-be other boroughs also cause?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: wellwater became polluted

answers: NDQ_001797

answers: Which of the following is not a borough: Brooklyn, Catskill, or Delaware?

answers: NDQ_001798

answers: How many years ago did the population increase?

answers: NDQ_001799

answers: Which of the following is not a source of water: wellwater?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: insufficient supply of water

answers: NDQ_001802

answers: wellwater became polluted

answers: NDQ_001803

answers: aqueduct

answers: NDQ_001804

answers: aqueducts

answers: NDQ_001805

answers: New York City

answers: NDQ_001768

answers: the wellwater became polluted

answers: NDQ_001769

answers: The New York City

answers: NDQ_001770

answers: health problems

answers: NDQ_001771

answers: the wellwater became polluted

answers: NDQ_001772

answers: New York City

answers: NDQ_001773

answers: the wellwater became polluted

answers: NDQ_001774

answers: wellwater became polluted

answers: NDQ_001775

answers: polluted

answers: NDQ_001776

answers: wellwater became polluted

answers: NDQ_001777

answers: population

answers: NDQ_001778

answers: increase in population

answers: NDQ_001781

answers: wellwater became polluted

answers: NDQ_001782

answers: the demand for a larger supply of water

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: the wellwater became polluted

answers: NDQ_001788

answers: wellwater became polluted and there was an insufficient supply of water.

answers: NDQ_001789

answers: wellwater became polluted and there was an insufficient supply of water.

answers: NDQ_001790

answers: the wellwater became polluted

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: wellwater became polluted and there was an insufficient supply of water.

answers: NDQ_001793

answers: the wellwater became polluted

answers: NDQ_001794

answers: wellwater

answers: NDQ_001795

answers: wellwater became polluted and there was an insufficient supply of water.

answers: NDQ_001796

answers: wellwater became polluted and there was an insufficient supply of water.

answers: NDQ_001797

answers: the wellwater became polluted

answers: NDQ_001798

answers: outsourced fresh water supplies outside the city.

answers: NDQ_001799

answers: pipes

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: the wellwater became polluted

answers: NDQ_001802

answers: wellwater became polluted

answers: NDQ_001803

answers: outsourced fresh water supplies outside the city.

answers: NDQ_001804

answers: aqueducts—the

answers: NDQ_001805

answers: water

text: In 1847 the corporation took over the privately owned waterworks. The main concern of the water undertaking was to secure supplies of water for manufacturing industry, as the existing hard water was damaging boilers. In 1864 they also acquired the Turton and Entwistle Reservoir, contained by the Entwistle Dam for the supply of drinking water. In 1971 the Jumbles Reservoir in the Bradshaw Valley was opened. The County Borough Corporation supplied water to a number of neighbouring authorities including the municipal boroughs of Farnworth, Radcliffe and Swinton and Pendlebury, and the urban districts of Kearsley, Turton, Westhoughton and Worsley Under the Water Act 1973 the undertaking passed to the North West Water Authority.

text: In 1847 the corporation took over the privately owned waterworks. The main concern of the water undertaking was to secure supplies of water for manufacturing industry, as the existing

text: hard water

text: was damaging boilers. In 1864 they also acquired the Turton and Entwistle Reservoir, contained by the

text: Entwistle Dam

text: for the supply of drinking water. In 1971 the

text: Jumbles Reservoir

text: in the

text: Bradshaw Valley

text: was opened. The County Borough Corporation supplied water to a number of neighbouring authorities including the municipal boroughs of

text: Farnworth

text: Radcliffe

text: and

entity_name: Municipal Borough of Swinton and Pendlebury

text: Swinton and Pendlebury

text: , and the urban districts of

text: Kearsley

text: Turton

text: Westhoughton

text: and

text: Worsley

text: Under the

text: Water Act 1973

text: the undertaking passed to the

text: North West Water Authority

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: boilers to break down

answers: NDQ_001771

answers: Jumbles Reservoir in the Bradshaw Valley

answers: NDQ_001772

answers: manufacturing industry

answers: NDQ_001773

answers: What was the main concern of the water undertaking?

answers: NDQ_001774

answers: hard

answers: NDQ_001775

answers: boilers

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: privately owned waterworks

answers: NDQ_001778

answers: manufacturing industry

answers: NDQ_001781

answers: hard water

answers: NDQ_001782

answers: Which happened first, the County Borough Corporation took over the privately owned waterworks or the Jumbles Reservoir was opened?

answers: NDQ_001785

answers: How many years did the County Borough Corporation supply water to a number of neighbouring authorities?

answers: NDQ_001787

answers: Which happened first, the Jumbles Reservoir in the Bradshaw Valley was opened or the County Borough Corporation took over the privately owned waterworks?

answers: NDQ_001788

answers: How many years after the corporation took over the privately owned waterworks was the Jumbles Reservoir in the Bradshaw Valley opened?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What was the main concern of the water undertaking?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: In 1864 they also acquired the Turton and Entwistle Reservoir

answers: NDQ_001797

answers: How many years after the corporation took over the privately owned waterworks did the Jumbles Reservoir in the Bradshaw Valley was opened?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What was the main concern of the water undertaking?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: existing hard water was damaging boilers

answers: NDQ_001803

answers: Reservoir

answers: NDQ_001804

answers: Entwistle Dam

answers: NDQ_001805

answers: manufacturing industry

answers: NDQ_001768

answers: drinking water.

answers: NDQ_001769

answers: manufacturing industry,

answers: NDQ_001770

answers: boilers.

answers: NDQ_001771

answers: Jumbles Reservoir

answers: NDQ_001772

answers: manufacturing industry,

answers: NDQ_001773

answers: water for manufacturing industry,

answers: NDQ_001774

answers: hard water was damaging boilers.

answers: NDQ_001775

answers: boilers.

answers: NDQ_001776

answers: drinking water.

answers: NDQ_001777

answers: privately owned waterworks.

answers: NDQ_001778

answers: manufacturing industry,

answers: NDQ_001781

answers: hard water

answers: NDQ_001782

answers: water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: North West Water Authority.

answers: NDQ_001788

answers: North West Water Authority.

answers: NDQ_001789

answers: boilers.

answers: NDQ_001790

answers: North West Water Authority.

answers: NDQ_001791

answers: North West Water Authority.

answers: NDQ_001792

answers: drinking water.

answers: NDQ_001793

answers: drinking water.

answers: NDQ_001794

answers: Entwistle Dam for the supply of drinking water.

answers: NDQ_001795

answers: North West Water Authority.

answers: NDQ_001796

answers: North West Water Authority.

answers: NDQ_001797

answers: hard water was damaging boilers.

answers: NDQ_001798

answers: North West Water Authority.

answers: NDQ_001799

answers: Entwistle Dam for the supply of drinking water.

answers: NDQ_001800

answers: hard water

answers: NDQ_001801

answers: 1847

answers: NDQ_001802

answers: hard water

answers: NDQ_001803

answers: Entwistle Dam for the supply of drinking water.

answers: NDQ_001804

answers: Entwistle Dam

answers: NDQ_001805

answers: manufacturing industry,

text: Poverty in Palomino limits access to quality water services and safe drinking water.  Rivers and springs are often used as open sewers for human waste and garbage disposal.  The shortage of drinking water facilities forces people to drink from these polluted open bodies of water causing malaria, intestinal parasites and diarrhea.  The existing aqueduct serves only 324 people; only 10 percent of the population benefits from a residential water supply which is an eight meter deep well relying on a 5,000 liter water tank with one turbine.  The population increase has caused problems in the distribution of the residential water supply.  In some neighborhoods water is supplied through small reservoirs for rain water, wells or cisterns.

text: Poverty in Palomino limits access to quality water services and safe drinking water.  Rivers and springs are often used as open sewers for human waste and garbage disposal.  The shortage of drinking water facilities forces people to drink from these polluted open bodies of water causing malaria, intestinal parasites and diarrhea.  The existing aqueduct serves only 324 people; only 10 percent of the population benefits from a residential water supply which is an eight meter deep well relying on a 5,000 liter water tank with one turbine.  The population increase has caused problems in the distribution of the residential water supply.  In some neighborhoods water is supplied through small reservoirs for rain water, wells or cisterns.

answers: NDQ_001768

answers: rivers and springs as open sewers

answers: NDQ_001769

answers: How many people benefit from a residential water supply?

answers: NDQ_001770

answers: _ .

answers: NDQ_001771

answers: How many people benefit from a residential water supply?

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a cause of diarrhea: malaria, intestinal parasites or diarrhea?

answers: NDQ_001774

answers: open sewers

answers: NDQ_001775

answers: What does the lack of drinking water facilities cause people to do?

answers: NDQ_001776

answers: diarrhea

answers: NDQ_001777

answers: Poverty

answers: NDQ_001778

answers: The population increase

answers: NDQ_001781

answers: used as an open sewer

answers: NDQ_001782

answers: Which of the following is not a form of life: malaria, intestinal parasites or diarrhea?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason for people to drink from these polluted open bodies of water?

answers: NDQ_001788

answers: Which of the following is not a reason for people to drink from rivers and springs?

answers: NDQ_001789

answers: Which of the following is not a benefit of the residential water supply?

answers: NDQ_001790

answers: Which of the following is not a problem?

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of drinking water?

answers: NDQ_001795

answers: How many percent of the population benefits from a residential water supply

answers: NDQ_001796

answers: How many people benefit from a residential water supply?

answers: NDQ_001797

answers: Which of the following is not a reason for people to drink from polluted open bodies of water?

answers: NDQ_001798

answers: How many people benefit from a residential water supply?

answers: NDQ_001799

answers: What does the lack of drinking water facilities force people to drink from?

answers: NDQ_001800

answers: Poverty

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: open sewers for human waste and garbage disposal

answers: NDQ_001803

answers: small reservoirs

answers: NDQ_001804

answers: aqueduct

answers: NDQ_001805

answers: human waste

answers: NDQ_001768

answers: rain water, wells or cisterns.

answers: NDQ_001769

answers: human waste and garbage disposal.

answers: NDQ_001770

answers: malaria, intestinal parasites and diarrhea.

answers: NDQ_001771

answers: Rivers and springs

answers: NDQ_001772

answers: human waste and garbage disposal.

answers: NDQ_001773

answers: Poverty in Palomino

answers: NDQ_001774

answers: Rivers and springs are often used as open sewers

answers: NDQ_001775

answers: human waste and garbage disposal.

answers: NDQ_001776

answers: malaria,

answers: NDQ_001777

answers: The population increase

answers: NDQ_001778

answers: human waste and garbage disposal.

answers: NDQ_001781

answers: Rivers and springs are often used as open sewers

answers: NDQ_001782

answers: Poverty

answers: NDQ_001785

answers: Poverty in Palomino

answers: NDQ_001787

answers: wells or cisterns.

answers: NDQ_001788

answers: Rivers and springs

answers: NDQ_001789

answers: turbine.

answers: NDQ_001790

answers: 10 percent of the population benefits from a residential water supply

answers: NDQ_001791

answers: 10 percent of the population benefits from a residential water supply

answers: NDQ_001792

answers: Rivers and springs

answers: NDQ_001793

answers: Poverty in Palomino

answers: NDQ_001794

answers: eight meter deep well

answers: NDQ_001795

answers: 10 percent of the population benefits from a residential water supply

answers: NDQ_001796

answers: malaria, intestinal parasites and diarrhea.

answers: NDQ_001797

answers: Poverty in Palomino

answers: NDQ_001798

answers: rain water, wells or cisterns.

answers: NDQ_001799

answers: turbine.

answers: NDQ_001800

answers: Poverty

answers: NDQ_001801

answers: Poverty in Palomino

answers: NDQ_001802

answers: Rivers and springs are often used as open sewers

answers: NDQ_001803

answers: small reservoirs for rain water, wells or cisterns.

answers: NDQ_001804

answers: aqueduct

answers: NDQ_001805

answers: human waste and garbage disposal.

text: Access to water and sanitation remains low in Tanzania. Determining data on access is particularly difficult because different definitions and sources are used, which results in significant discrepancies. According to a report, household surveys regularly return lower rural water supply coverage than estimates by the Ministry of Water and Irrigation (which are collected by district water engineers and urban water and sanitation authorities). For urban areas, survey data are consistently higher because they also include households that are not connected to the formal water supply network and access water from neighbours, protected wells or boreholes.

text: Access to water and sanitation remains low in Tanzania. Determining data on access is particularly difficult because different definitions and sources are used, which results in significant discrepancies. According to a report, household surveys regularly return lower rural water supply coverage than estimates by the

text: Ministry of Water and Irrigation

text: (which are collected by district water engineers and urban water and sanitation authorities). For urban areas, survey data are consistently higher because they also include households that are not connected to the formal water supply network and access water from neighbours, protected wells or boreholes.

answers: NDQ_001768

answers: wells or boreholes

answers: NDQ_001769

answers: urban water and sanitation authorities

answers: NDQ_001770

answers: sanitation

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: Are household surveys consistently higher than estimates by the Ministry of Water and Irrigation?

answers: NDQ_001774

answers: household surveys regularly return lower rural water supply coverage

answers: NDQ_001775

answers: Irrigation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: urban areas

answers: NDQ_001778

answers: households that are not connected to the formal water supply network

answers: NDQ_001781

answers: household surveys regularly return lower rural water supply

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: According to a report, household surveys regularly return lower rural water supply coverage

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: For urban areas, survey data are consistently higher

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a result of access to water and sanitation remains low in Tanzania?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or urban areas?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: urban areas, survey data are consistently higher

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: boreholes

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: different definitions and sources

answers: NDQ_001769

answers: urban water and sanitation authorities).

answers: NDQ_001770

answers: significant discrepancies.

answers: NDQ_001771

answers: boreholes.

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001774

answers: household surveys

answers: NDQ_001775

answers: Irrigation

answers: NDQ_001776

answers: water and sanitation

answers: NDQ_001777

answers: neighbours, protected wells or boreholes.

answers: NDQ_001778

answers: households that are not connected to the formal water supply network

answers: NDQ_001781

answers: household surveys

answers: NDQ_001782

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001785

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001787

answers: Irrigation

answers: NDQ_001788

answers: Irrigation

answers: NDQ_001789

answers: boreholes.

answers: NDQ_001790

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001791

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001792

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001793

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001794

answers: boreholes.

answers: NDQ_001795

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001796

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001797

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001798

answers: protected wells or boreholes.

answers: NDQ_001799

answers: protected wells or boreholes.

answers: NDQ_001800

answers: Access to water

answers: NDQ_001801

answers: Access to water and sanitation remains low in Tanzania.

answers: NDQ_001802

answers: low

answers: NDQ_001803

answers: protected wells or boreholes.

answers: NDQ_001804

answers: boreholes.

answers: NDQ_001805

answers: Irrigation

text: The town is amazingly having its natural spring water right in the heart of the town. Large concrete storage tanks are constructed to store the eternal supply of clean and fresh water. No mechanical device  is needed to extract the rare wealth, it's just flowing free and filled the tanks endlessly throughout the whole town.

text: The town is amazingly having its natural spring water right in the heart of the town. Large concrete storage tanks are constructed to store the eternal supply of clean and fresh water. No mechanical device  is needed to extract the rare wealth, it's just flowing free and filled the tanks endlessly throughout the whole town.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: the town

answers: NDQ_001773

answers: are used to fertilize crops.

answers: NDQ_001774

answers: is not stored properly

answers: NDQ_001775

answers: to wash clothes

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: natural springs

answers: NDQ_001778

answers: storing clean and fresh water

answers: NDQ_001781

answers: does not have a pump

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is true of the town?

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: What can be done with the water?

answers: NDQ_001790

answers: None of the above choices .

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: None of the above choices .

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: it is not possible to tell

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of the town?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be found in the town

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: natural spring water right in the heart of the town. Large concrete storage tanks

answers: NDQ_001769

answers: clean and fresh water.

answers: NDQ_001770

answers: clean and fresh water.

answers: NDQ_001771

answers: natural spring water

answers: NDQ_001772

answers: natural spring water

answers: NDQ_001773

answers: natural spring water

answers: NDQ_001774

answers: mechanical device

answers: NDQ_001775

answers: mechanical device

answers: NDQ_001776

answers: natural spring water

answers: NDQ_001777

answers: natural spring water

answers: NDQ_001778

answers: Large concrete storage tanks

answers: NDQ_001781

answers: No mechanical device

answers: NDQ_001782

answers: water.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: Large concrete storage tanks

answers: NDQ_001788

answers: Large concrete storage tanks

answers: NDQ_001789

answers: mechanical device

answers: NDQ_001790

answers: natural spring water

answers: NDQ_001791

answers: clean and fresh water.

answers: NDQ_001792

answers: spring water

answers: NDQ_001793

answers: natural spring water

answers: NDQ_001794

answers: natural spring water

answers: NDQ_001795

answers: clean and fresh water.

answers: NDQ_001796

answers: The town is amazingly having its natural spring water

answers: NDQ_001797

answers: The town is amazingly having its natural spring water

answers: NDQ_001798

answers: Large concrete storage tanks

answers: NDQ_001799

answers: flowing free

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: The town is amazingly having its natural spring water

answers: NDQ_001802

answers: clean and fresh water.

answers: NDQ_001803

answers: No mechanical device

answers: NDQ_001804

answers: No mechanical device

answers: NDQ_001805

answers: No mechanical device is needed to extract the rare wealth,

text: Conceptually, a water supply system should match the quality of water with the end use.  However, in most of the developed world high quality potable water is used for all end uses.  This approach wastes money and energy and imposes unnecessary impacts to the environment.  Supplying rainwater that has gone through preliminary filtration measures for non-potable water uses, such as toilet flushing, irrigation, and laundry, may be a significant part of a sustainable water management strategy.

text: Conceptually, a water supply system should match the quality of water with the end use.  However, in most of the developed world high quality potable water is used for all end uses.  This approach wastes money and energy and imposes unnecessary impacts to the environment.  Supplying rainwater that has gone through preliminary filtration measures for non-potable water uses, such as toilet flushing, irrigation, and laundry, may be a significant part of a sustainable water management strategy.

answers: NDQ_001768

answers: high quality potable water

answers: NDQ_001769

answers: potable water

answers: NDQ_001770

answers: unnecessary impacts to the environment

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: toilet flushing

answers: NDQ_001773

answers: can be used to fertilize crops.

answers: NDQ_001774

answers: is used for all end uses

answers: NDQ_001775

answers: high quality potable water

answers: NDQ_001776

answers: untreated drinking water

answers: NDQ_001777

answers: the quality of water

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not an example of a non-potable water use?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a non-potable water use: toilet flushing, irrigation, or laundry?

answers: NDQ_001788

answers: What may be a significant part of a sustainable water management strategy?

answers: NDQ_001789

answers: Which of the following is not a non-potable water use?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: high quality potable water is used for all end uses

answers: NDQ_001797

answers: Which of the following is not a non-potable water use: toilet flushing, irrigation, or laundry?

answers: NDQ_001798

answers: none of the above choices

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a sustainable water management strategy

answers: NDQ_001802

answers: high quality potable water is used for all end uses

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: a water supply system

answers: NDQ_001805

answers: toilet flushing

answers: NDQ_001768

answers: high quality potable water is used for all end uses.

answers: NDQ_001769

answers: potable water is used for all end uses.

answers: NDQ_001770

answers: unnecessary impacts to the environment.

answers: NDQ_001771

answers: toilet flushing, irrigation, and laundry,

answers: NDQ_001772

answers: toilet flushing, irrigation, and laundry,

answers: NDQ_001773

answers: irrigation, and laundry,

answers: NDQ_001774

answers: rainwater

answers: NDQ_001775

answers: high quality potable water is used for all end uses.

answers: NDQ_001776

answers: water supply system should match the quality of water

answers: NDQ_001777

answers: quality of water with the end use.

answers: NDQ_001778

answers: high quality potable water is used for all end uses.

answers: NDQ_001781

answers: Supplying rainwater that has gone through preliminary filtration measures

answers: NDQ_001782

answers: high quality potable water is used for all end uses.

answers: NDQ_001785

answers: water supply system should match the quality of water with the end use.

answers: NDQ_001787

answers: Supplying rainwater that has gone through preliminary filtration measures

answers: NDQ_001788

answers: Supplying rainwater

answers: NDQ_001789

answers: rainwater

answers: NDQ_001790

answers: Supplying rainwater

answers: NDQ_001791

answers: a water supply system should match the quality of water with the end use.

answers: NDQ_001792

answers: a water supply system should match the quality of water with the end use.

answers: NDQ_001793

answers: developed world high quality potable water is used for all end uses.

answers: NDQ_001794

answers: rainwater

answers: NDQ_001795

answers: in most of the developed world high quality potable water

answers: NDQ_001796

answers: Supplying rainwater

answers: NDQ_001797

answers: high quality potable water is used for all end uses.

answers: NDQ_001798

answers: Supplying rainwater that has gone through preliminary filtration measures

answers: NDQ_001799

answers: rainwater

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a water supply system should match the quality of water with the end use.

answers: NDQ_001802

answers: imposes unnecessary impacts to the environment.

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Supplying rainwater

answers: NDQ_001805

answers: high quality potable water is used for all end uses.

text: A water supply line from barrage area supplies safe drinking water.

text: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001768

answers: less water than developed nations.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water to be contaminated

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: a variety of purposes

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: the size of the population

answers: NDQ_001778

answers: storing water in the ground

answers: NDQ_001781

answers: is too salty.

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: What will happen to the water supply line?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals?

answers: NDQ_001788

answers: What is the best way to reduce water waste?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: It is not a problem since 70% of Earth is covered by water

answers: NDQ_001791

answers: How many percent of the Earth is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: Which of the following is true of the water supply line?

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: is water scarcity

answers: NDQ_001801

answers: can cause a blizzard

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001769

answers: drinking water.

answers: NDQ_001770

answers: safe drinking water.

answers: NDQ_001771

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001772

answers: drinking water.

answers: NDQ_001773

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001774

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001775

answers: drinking water.

answers: NDQ_001776

answers: water supply line from barrage area supplies safe drinking water.

answers: NDQ_001777

answers: barrage area

answers: NDQ_001778

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001781

answers: barrage area supplies safe drinking water.

answers: NDQ_001782

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001785

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001787

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001788

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001789

answers: A water supply line

answers: NDQ_001790

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001791

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001792

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001793

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001794

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001795

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001796

answers: barrage area supplies safe drinking water.

answers: NDQ_001797

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001798

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001799

answers: barrage area

answers: NDQ_001800

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001801

answers: A water supply line from barrage area supplies safe drinking water.

answers: NDQ_001802

answers: safe drinking water.

answers: NDQ_001803

answers: water supply line

answers: NDQ_001804

answers: water supply line

answers: NDQ_001805

answers: drinking water.

text: Many of the urban water supply networks in developing countries face problems related to population increase, water scarcity, and environmental pollution.

text: Many of the urban water supply networks in

text: developing countries

text: face problems related to

text: population increase

text: water scarcity

text: , and

text: environmental pollution

answers: NDQ_001768

answers: urban water supply networks

answers: NDQ_001769

answers: urban purposes

answers: NDQ_001770

answers: environmental pollution

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: urban populations

answers: NDQ_001773

answers: are harmful to the environment.

answers: NDQ_001774

answers: is polluted

answers: NDQ_001775

answers: pollution

answers: NDQ_001776

answers: environmental pollution

answers: NDQ_001777

answers: environmental pollution

answers: NDQ_001778

answers: environmental pollution

answers: NDQ_001781

answers: urban water supply networks are inefficient

answers: NDQ_001782

answers: Which of the following is not a problem with urban water supply networks?

answers: NDQ_001785

answers: (A).

answers: NDQ_001787

answers: Which of the following is not a problem with urban water supply networks?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: None of the above choices.

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no one

answers: NDQ_001796

answers: Which of the following is not a problem with urban water supply networks in developing countries?

answers: NDQ_001797

answers: Which of the following is not a problem with urban water supply networks?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be a problem

answers: NDQ_001802

answers: urban water supply networks in developing countries

answers: NDQ_001803

answers: can be used to supply water

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: urban

answers: NDQ_001768

answers: urban water supply networks

answers: NDQ_001769

answers: urban

answers: NDQ_001770

answers: environmental pollution.

answers: NDQ_001771

answers: water scarcity, and environmental pollution.

answers: NDQ_001772

answers: urban

answers: NDQ_001773

answers: environmental pollution.

answers: NDQ_001774

answers: environmental pollution.

answers: NDQ_001775

answers: pollution.

answers: NDQ_001776

answers: environmental pollution.

answers: NDQ_001777

answers: population increase,

answers: NDQ_001778

answers: population increase,

answers: NDQ_001781

answers: population increase, water scarcity, and environmental pollution.

answers: NDQ_001782

answers: population increase, water scarcity, and environmental pollution.

answers: NDQ_001785

answers: Many of the urban water supply networks

answers: NDQ_001787

answers: environmental pollution.

answers: NDQ_001788

answers: water scarcity, and environmental pollution.

answers: NDQ_001789

answers: urban water supply networks

answers: NDQ_001790

answers: population increase, water scarcity, and environmental pollution.

answers: NDQ_001791

answers: population increase, water scarcity, and environmental pollution.

answers: NDQ_001792

answers: population increase, water scarcity, and environmental pollution.

answers: NDQ_001793

answers: Many of the urban water supply networks in developing countries

answers: NDQ_001794

answers: water scarcity, and environmental pollution.

answers: NDQ_001795

answers: water scarcity,

answers: NDQ_001796

answers: water scarcity, and environmental pollution.

answers: NDQ_001797

answers: water scarcity, and environmental pollution.

answers: NDQ_001798

answers: water scarcity, and environmental pollution.

answers: NDQ_001799

answers: population increase, water scarcity, and environmental pollution.

answers: NDQ_001800

answers: water scarcity,

answers: NDQ_001801

answers: population increase, water scarcity,

answers: NDQ_001802

answers: environmental pollution.

answers: NDQ_001803

answers: water supply networks

answers: NDQ_001804

answers: urban water supply networks

answers: NDQ_001805

answers: urban

text: Much of Thames Water's supply area is classed by the Environment Agency as 'seriously water stressed', with customers in London, Swindon and Oxford particularly at risk of water restrictions during extended periods of dry weather. Building a new treatment plant that treats water from the brackish waters of the River Thames, turning into clean, fresh drinking water, will help reduce the risk of water restrictions and ensure that severe water rationing is never required. The plant will be used to convert brackish water from the River Thames into clean drinking water during times of drought or extended periods of low rainfall, or to maintain supplies in the event of an incident at other water treatment facilities. Architects Broadway Malyan designed the plan to RIBA Stage D and acted as expert witness at public enquiry.

text: Much of Thames Water's supply area is classed by the Environment Agency as 'seriously water stressed', with customers in London, Swindon and Oxford particularly at risk of water restrictions during extended periods of dry weather. Building a new treatment plant that treats water from the brackish waters of the River Thames, turning into clean, fresh drinking water, will help reduce the risk of water restrictions and ensure that severe water rationing is never required. The plant will be used to convert brackish water from the River Thames into clean drinking water during times of drought or extended periods of low rainfall, or to maintain supplies in the event of an incident at other water treatment facilities. Architects Broadway Malyan designed the plan to RIBA Stage D and acted as expert witness at public enquiry.

answers: NDQ_001768

answers: brackish waters

answers: NDQ_001769

answers: What is the purpose of the plant?

answers: NDQ_001770

answers: water restrictions

answers: NDQ_001771

answers: What is the purpose of the treatment plant?

answers: NDQ_001772

answers: Thames Water

answers: NDQ_001773

answers: Which of the following is not a source of water: brackish water or fresh drinking water?

answers: NDQ_001774

answers: is not treated

answers: NDQ_001775

answers: What is treated at the plant?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: water restrictions

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: brackish waters of the River Thames, turning into clean, fresh drinking water?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: Which of the following is not a type of water: brackish water, fresh drinking water, or water treatment?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the purpose of the treatment plant?

answers: NDQ_001797

answers: Which of the following is not a climate: London, Swindon or Oxford?

answers: NDQ_001798

answers: None of the above choices are available

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water stressed

answers: NDQ_001801

answers: extended periods of low rainfall

answers: NDQ_001802

answers: 'seriously water stressed

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: River Thames

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: severe water rationing

answers: NDQ_001769

answers: drinking water,

answers: NDQ_001770

answers: water restrictions during extended periods of dry weather.

answers: NDQ_001771

answers: drinking water,

answers: NDQ_001772

answers: Thames Water's

answers: NDQ_001773

answers: Broadway Malyan designed the plan to RIBA Stage D

answers: NDQ_001774

answers: dry weather.

answers: NDQ_001775

answers: drinking water,

answers: NDQ_001776

answers: drinking water,

answers: NDQ_001777

answers: times of drought or extended periods of low rainfall,

answers: NDQ_001778

answers: water restrictions

answers: NDQ_001781

answers: drought or extended periods of low rainfall,

answers: NDQ_001782

answers: clean, fresh drinking water,

answers: NDQ_001785

answers: water restrictions during extended periods of dry weather.

answers: NDQ_001787

answers: clean, fresh drinking water,

answers: NDQ_001788

answers: Much of Thames Water's

answers: NDQ_001789

answers: clean, fresh drinking water,

answers: NDQ_001790

answers: severe water rationing is never required.

answers: NDQ_001791

answers: as'seriously water stressed',

answers: NDQ_001792

answers: fresh drinking water,

answers: NDQ_001793

answers: clean, fresh drinking water,

answers: NDQ_001794

answers: fresh drinking water,

answers: NDQ_001795

answers: clean, fresh drinking water,

answers: NDQ_001796

answers: clean, fresh drinking water,

answers: NDQ_001797

answers: drought or extended periods of low rainfall,

answers: NDQ_001798

answers: severe water rationing

answers: NDQ_001799

answers: clean, fresh drinking water,

answers: NDQ_001800

answers: water stressed',

answers: NDQ_001801

answers: extended periods of low rainfall,

answers: NDQ_001802

answers: as'seriously water stressed',

answers: NDQ_001803

answers: drought or extended periods of low rainfall,

answers: NDQ_001804

answers: River Thames,

answers: NDQ_001805

answers: drinking water,

text: In England and Wales the economic regulator of water companies is the Water Services Regulation Authority (Ofwat). The Environment Agency is responsible for environmental regulation, and the Drinking Water Inspectorate for regulating drinking water quality. The economic water industry regulator in Scotland is the Water Industry Commission for Scotland and the environmental regulator is the Scottish Environment Protection Agency.  Drinking water standards and wastewater discharge standards in the UK, as in other countries of the European Union, are determined by the EU (see Water supply and sanitation in the European Union).

text: In England and Wales the economic regulator of water companies is the

text: Water Services Regulation Authority

text: (Ofwat). The

text: Environment Agency

text: is responsible for environmental regulation, and the

text: Drinking Water Inspectorate

text: for regulating drinking water quality. The economic water industry regulator in

text: Scotland

text: is the Water Industry Commission for Scotland and the environmental regulator is the

text: Scottish Environment Protection Agency

text: .  Drinking water standards and wastewater discharge standards in the UK, as in other countries of the

text: European Union

text: , are determined by the EU (see

entity_name: Water supply and sanitation in the European Union

text: Water supply and sanitation in the European Union

answers: NDQ_001768

answers: Drinking Water Inspectorate

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: drinking water standards and wastewater discharge standards

answers: NDQ_001771

answers: water skiing and water skiing

answers: NDQ_001772

answers: drinking water

answers: NDQ_001773

answers: are regulated by the Food and Agriculture Organization of the United Nations

answers: NDQ_001774

answers: wastewater discharge standards

answers: NDQ_001775

answers: regulating drinking water quality

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: wastewater discharge

answers: NDQ_001781

answers: wastes too much energy

answers: NDQ_001782

answers: What is the Scottish Environment Protection Agency responsible for?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the Scottish Environment Protection Agency responsible for?

answers: NDQ_001789

answers: What is the Scottish Environment Protection Agency responsible for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the Scottish Environment Protection Agency responsible for?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Drinking Water Inspectorate for regulating drinking water quality

answers: NDQ_001797

answers: Which of the following is not responsible for environmental regulation: the Environment Agency, the Drinking Water Inspectorate or the Scottish Environment Protection Agency?

answers: NDQ_001798

answers: Why did we use less water today than we did a century ago

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: drinking water standards and wastewater discharge standards

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: wastewater

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: wastewater discharge

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: water companies

answers: NDQ_001773

answers: Water Services Regulation Authority (Ofwat).

answers: NDQ_001774

answers: wastewater

answers: NDQ_001775

answers: water companies

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water companies

answers: NDQ_001778

answers: wastewater discharge

answers: NDQ_001781

answers: wastewater discharge standards

answers: NDQ_001782

answers: Water supply and sanitation in the European Union).

answers: NDQ_001785

answers: Water Services Regulation Authority (Ofwat).

answers: NDQ_001787

answers: In England and Wales

answers: NDQ_001788

answers: wastewater discharge standards

answers: NDQ_001789

answers: Water supply and sanitation in the European Union).

answers: NDQ_001790

answers: In England and Wales

answers: NDQ_001791

answers: In England and Wales

answers: NDQ_001792

answers: In England and Wales

answers: NDQ_001793

answers: drinking water

answers: NDQ_001794

answers: In England and Wales

answers: NDQ_001795

answers: drinking water

answers: NDQ_001796

answers: the Drinking Water Inspectorate for regulating drinking water

answers: NDQ_001797

answers: In England and Wales

answers: NDQ_001798

answers: In England and Wales

answers: NDQ_001799

answers: the Drinking Water Inspectorate for regulating drinking water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: In England and Wales

answers: NDQ_001802

answers: regulating drinking water quality.

answers: NDQ_001803

answers: Water supply and sanitation

answers: NDQ_001804

answers: wastewater

answers: NDQ_001805

answers: drinking water

text: The growing demand and lack of drinkable water on the planet presents an additional challenge to the future of human health. Partly, the problem lies in the success of water suppliers to increase supplies and failure of groups promoting preservation of water resources. While the distribution of clean water increases, in some parts of the world it remains unequal. According to 2008 World Population Data Sheet, only 62% of least developed countries are able to access clean water.

text: The growing demand and lack of drinkable water on the planet presents an additional challenge to the future of human health. Partly, the problem lies in the success of water suppliers to increase supplies and failure of groups promoting preservation of water resources. While the distribution of clean water increases, in some parts of the world it remains unequal. According to 2008 World Population Data Sheet, only 62% of least developed countries are able to access clean water.

answers: NDQ_001768

answers: only 62%

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a source of water: drinking water or agricultural chemicals?

answers: NDQ_001774

answers: lacks clean water

answers: NDQ_001775

answers: drinking

answers: NDQ_001776

answers: lack of clean water

answers: NDQ_001777

answers: water suppliers

answers: NDQ_001778

answers: water suppliers to increase supplies

answers: NDQ_001781

answers: lacks drinkable water

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason for the growing demand and lack of drinkable water?

answers: NDQ_001788

answers: Which of the following is not a reason for water scarcity?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a challenge to human health?

answers: NDQ_001797

answers: Which of the following is not a reason for the growing demand and lack of drinkable water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: drinkable water

answers: NDQ_001801

answers: 2008 World Population Data Sheet

answers: NDQ_001802

answers: in some parts of the world it remains unequal

answers: NDQ_001803

answers: water suppliers

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: human health

answers: NDQ_001768

answers: 62% of least developed countries are able to access clean water.

answers: NDQ_001769

answers: drinkable water

answers: NDQ_001770

answers: human health.

answers: NDQ_001771

answers: drinkable water

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: drinkable water

answers: NDQ_001774

answers: preservation of water resources.

answers: NDQ_001775

answers: drinkable water

answers: NDQ_001776

answers: lack of drinkable water

answers: NDQ_001777

answers: success of water suppliers

answers: NDQ_001778

answers: water suppliers to increase supplies

answers: NDQ_001781

answers: failure of groups promoting preservation of water resources.

answers: NDQ_001782

answers: The growing demand and lack of drinkable water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: The growing demand and lack of drinkable water

answers: NDQ_001788

answers: preservation of water resources.

answers: NDQ_001789

answers: drinkable water

answers: NDQ_001790

answers: The growing demand and lack of drinkable water

answers: NDQ_001791

answers: 62% of least developed countries are able to access clean water.

answers: NDQ_001792

answers: The growing demand and lack of drinkable water

answers: NDQ_001793

answers: 62% of least developed countries are able to access clean water.

answers: NDQ_001794

answers: drinkable water

answers: NDQ_001795

answers: 62% of least developed countries are able to access clean water.

answers: NDQ_001796

answers: 62% of least developed countries are able to access clean water.

answers: NDQ_001797

answers: The growing demand and lack of drinkable water

answers: NDQ_001798

answers: preservation of water resources.

answers: NDQ_001799

answers: drinkable water

answers: NDQ_001800

answers: drinkable water

answers: NDQ_001801

answers: The growing demand and lack of drinkable water

answers: NDQ_001802

answers: in some parts of the world it remains unequal.

answers: NDQ_001803

answers: water suppliers

answers: NDQ_001804

answers: water suppliers

answers: NDQ_001805

answers: human health.

text: Access to an improved water source and improved sanitation has increased significantly in China over the past two decades in parallel with economic growth. Between 1990 and 2008 alone more than 450 million Chinese gained access to an improved water source, based on estimates by the Joint Monitoring Program for Water Supply and Sanitation of the WHO and UNICEF that are based on household survey data. Access to an improved water source was 89% and access to improved sanitation was 55% in 2008. Having access to an improved water source, however, is not the same as having access to safe water. Many of those who have access to adequate infrastructure suffer from poor water quality due to fecal contamination; high levels of naturally occurring fluoride, arsenic, or salts; and growing industrial and agricultural chemical pollution. Furthermore, seasonal water shortages occur.

text: Access to an

text: improved water source

text: and

text: improved sanitation

text: has increased significantly in

text: China

text: over the past two decades in parallel with economic growth. Between 1990 and 2008 alone more than 450 million Chinese gained access to an improved water source, based on estimates by the

text: Joint Monitoring Program for Water Supply and Sanitation

text: of the

text: WHO

text: and

text: UNICEF

text: that are based on household survey data. Access to an improved water source was 89% and access to improved sanitation was 55% in 2008. Having access to an improved water source, however, is not the same as having access to safe water. Many of those who have access to adequate infrastructure suffer from poor water quality due to fecal contamination; high levels of naturally occurring fluoride, arsenic, or salts; and growing industrial and agricultural chemical pollution. Furthermore, seasonal water shortages occur.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: fecal contamination

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: Which of the following is not a cause of poor water quality: fecal contamination, arsenic, or salts?

answers: NDQ_001774

answers: is not safe

answers: NDQ_001775

answers: chemical pollution

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: economic growth

answers: NDQ_001778

answers: agricultural chemical pollution

answers: NDQ_001781

answers: poor water quality

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: high levels of naturally occurring fluoride

answers: NDQ_001788

answers: seasonal water shortages occur

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Seasonal water shortages occur.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: seasonal water shortages occur

answers: NDQ_001797

answers: What is the reason for seasonal water shortages?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: seasonal water shortages occur

answers: NDQ_001802

answers: many of those who have access to adequate infrastructure suffer from poor water quality due to fecal contamination

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: industrial and agricultural

answers: NDQ_001768

answers: safe water.

answers: NDQ_001769

answers: industrial and agricultural

answers: NDQ_001770

answers: fecal contamination;

answers: NDQ_001771

answers: seasonal water shortages

answers: NDQ_001772

answers: industrial and agricultural

answers: NDQ_001773

answers: pollution.

answers: NDQ_001774

answers: industrial and agricultural chemical pollution.

answers: NDQ_001775

answers: chemical pollution.

answers: NDQ_001776

answers: chemical pollution.

answers: NDQ_001777

answers: adequate infrastructure

answers: NDQ_001778

answers: industrial and agricultural chemical pollution.

answers: NDQ_001781

answers: chemical pollution.

answers: NDQ_001782

answers: safe water.

answers: NDQ_001785

answers: seasonal water shortages occur.

answers: NDQ_001787

answers: industrial and agricultural chemical pollution.

answers: NDQ_001788

answers: agricultural chemical pollution.

answers: NDQ_001789

answers: industrial and agricultural chemical pollution.

answers: NDQ_001790

answers: seasonal water shortages

answers: NDQ_001791

answers: 89% and access to improved sanitation was 55% in 2008.

answers: NDQ_001792

answers: seasonal water shortages

answers: NDQ_001793

answers: seasonal water shortages

answers: NDQ_001794

answers: seasonal water shortages occur.

answers: NDQ_001795

answers: seasonal water shortages

answers: NDQ_001796

answers: fecal contamination;

answers: NDQ_001797

answers: seasonal water shortages

answers: NDQ_001798

answers: seasonal water shortages

answers: NDQ_001799

answers: fecal contamination;

answers: NDQ_001800

answers: seasonal water shortages

answers: NDQ_001801

answers: seasonal water shortages

answers: NDQ_001802

answers: poor water quality

answers: NDQ_001803

answers: agricultural

answers: NDQ_001804

answers: agricultural chemical pollution.

answers: NDQ_001805

answers: industrial and agricultural chemical pollution.

text: Although rainfall is low, Sismiut has abundant natural supplies of fresh, drinkable surface water, collected from a reservoir under Alanngorsuaq. Water is also pumped to the waterworks from another lake around 2.5 kilometers away in the mountains. The water mains are preinsulated and electrically anti-freezed so supply the residents during the winter months. The water supply network is capable of producing some 882,000 cubic meters of water per year; two water-supplying lakes by the town have a combined annual minimum capacity of more than 7.2 million cubic meters.

text: Although rainfall is low, Sismiut has abundant natural supplies of fresh, drinkable surface water, collected from a reservoir under Alanngorsuaq. Water is also pumped to the waterworks from another lake around 2.5 kilometers away in the mountains. The water mains are preinsulated and electrically anti-freezed so supply the residents during the winter months. The water supply network is capable of producing some 882,000 cubic meters of water per year; two water-supplying lakes by the town have a combined annual minimum capacity of more than 7.2 million cubic meters.

answers: NDQ_001768

answers: 882,000 cubic meters

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water mains to freeze

answers: NDQ_001771

answers: What is Sismiut known for?

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: fresh, drinkable surface water, or agricultural chemicals?

answers: NDQ_001774

answers: is pumped

answers: NDQ_001775

answers: drinking

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: The water mains are preinsulated and electrically anti-freezed

answers: NDQ_001781

answers: does not have enough capacity

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of drinking water: fresh, drinkable surface water, collected from a reservoir under Alanngorsuaq

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Where is the reservoir under Alanngorsuaq?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many cubic meters of water does Sismiut have?

answers: NDQ_001797

answers: Which of the following is true of Sismiut?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: pumped

answers: NDQ_001804

answers: Alanngorsuaq

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: drinkable surface water,

answers: NDQ_001769

answers: drinkable

answers: NDQ_001770

answers: electrically anti-freezed

answers: NDQ_001771

answers: drinkable

answers: NDQ_001772

answers: Sismiut

answers: NDQ_001773

answers: Sismiut

answers: NDQ_001774

answers: winter months.

answers: NDQ_001775

answers: waterworks

answers: NDQ_001776

answers: water,

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: winter months.

answers: NDQ_001781

answers: rainfall is low,

answers: NDQ_001782

answers: fresh, drinkable surface water,

answers: NDQ_001785

answers: 882,000 cubic meters of water per year;

answers: NDQ_001787

answers: 882,000 cubic meters of water per year;

answers: NDQ_001788

answers: 7.2 million cubic meters.

answers: NDQ_001789

answers: The water mains are preinsulated and electrically anti-freezed

answers: NDQ_001790

answers: abundant natural supplies of fresh, drinkable surface water,

answers: NDQ_001791

answers: 7.2 million cubic meters.

answers: NDQ_001792

answers: fresh, drinkable surface water,

answers: NDQ_001793

answers: Sismiut

answers: NDQ_001794

answers: surface water,

answers: NDQ_001795

answers: 7.2 million cubic meters.

answers: NDQ_001796

answers: fresh, drinkable surface water,

answers: NDQ_001797

answers: Sismiut

answers: NDQ_001798

answers: 882,000 cubic meters of water per year;

answers: NDQ_001799

answers: drinkable surface water,

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: Sismiut

answers: NDQ_001802

answers: fresh, drinkable surface water,

answers: NDQ_001803

answers: pumped

answers: NDQ_001804

answers: a reservoir under Alanngorsuaq.

answers: NDQ_001805

answers: drinkable surface water,

text: There has been no broad assessment about water quality in Benin. Under the framework of a study which analyzed water supply in peri-urban areas of Cotonou, water samples were collected from water kiosks, a water seller, a communal well and Lake Nokoue in  the peri-urban Cotonouan districts of Ladji and Vossa. The study concludes that the samples from the water kiosks and the water seller were of good quality. Private water sellers connected to the SONEB utility network are widespread in urban areas, serving households not yet connected to the grid. The Ministry in charge of water and SONEB have fixed a special ‘pro-poor’ tariff for water resale to regulate this phenomenon, in July 2009. Implementation is ongoing in cooperation with local government.

text: There has been no broad assessment about

text: water quality

text: in Benin. Under the framework of a study which analyzed water supply in peri-urban areas of Cotonou, water samples were collected from water kiosks, a water seller, a communal

text: well

text: and

text: Lake Nokoue

text: in  the peri-urban Cotonouan districts of Ladji and Vossa. The study concludes that the samples from the water kiosks and the water seller were of good quality. Private water sellers connected to the SONEB utility network are widespread in urban areas, serving households not yet connected to the grid. The Ministry in charge of water and SONEB have fixed a special ‘pro-poor’ tariff for water resale to regulate this phenomenon, in July 2009. Implementation is ongoing in cooperation with local government.

answers: NDQ_001768

answers: a communal well and Lake Nokoue

answers: NDQ_001769

answers: communal well and Lake Nokoue

answers: NDQ_001770

answers: Water quality in Benin

answers: NDQ_001771

answers: Lake Nokou

answers: NDQ_001772

answers: private water sellers

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: is not connected to the grid

answers: NDQ_001775

answers: a communal well

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: SONEB utility network

answers: NDQ_001778

answers: serving households not yet connected to the grid

answers: NDQ_001781

answers: is not connected to the grid

answers: NDQ_001782

answers: What is the purpose of the passage?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The Ministry in charge of water and SONEB

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Lake Nokoue

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What has been no broad assessment about water quality in Benin

answers: NDQ_001797

answers: Why is there no broad assessment about water quality in Benin

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What is a communal well?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: in July 2009

answers: NDQ_001802

answers: There has been no broad assessment about water quality in Benin

answers: NDQ_001803

answers: communal well

answers: NDQ_001804

answers: communal well

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Private water sellers

answers: NDQ_001769

answers: households

answers: NDQ_001770

answers: ‘pro-poor’

answers: NDQ_001771

answers: Lake Nokoue

answers: NDQ_001772

answers: Private water sellers

answers: NDQ_001773

answers: water quality in Benin.

answers: NDQ_001774

answers: not yet connected to the grid.

answers: NDQ_001775

answers: water resale

answers: NDQ_001776

answers: water quality

answers: NDQ_001777

answers: households not yet connected to the grid.

answers: NDQ_001778

answers: Private water sellers

answers: NDQ_001781

answers: water quality

answers: NDQ_001782

answers: There has been no broad assessment about water quality in Benin.

answers: NDQ_001785

answers: water quality in Benin.

answers: NDQ_001787

answers: ‘pro-poor’ tariff for water resale

answers: NDQ_001788

answers: 2009.

answers: NDQ_001789

answers: Private water sellers connected to the SONEB

answers: NDQ_001790

answers: 2009.

answers: NDQ_001791

answers: 2009.

answers: NDQ_001792

answers: Lake Nokoue

answers: NDQ_001793

answers: good quality.

answers: NDQ_001794

answers: well

answers: NDQ_001795

answers: 2009.

answers: NDQ_001796

answers: There has been no broad assessment about water quality in Benin.

answers: NDQ_001797

answers: There has been no broad assessment about water quality in Benin.

answers: NDQ_001798

answers: 2009.

answers: NDQ_001799

answers: the samples from the water kiosks and the water seller were of good quality.

answers: NDQ_001800

answers: water quality

answers: NDQ_001801

answers: 2009.

answers: NDQ_001802

answers: There has been no broad assessment about water quality

answers: NDQ_001803

answers: a communal well

answers: NDQ_001804

answers: communal well

answers: NDQ_001805

answers: households not yet connected to the grid.

text: Water resources management in Syria is confronted with numerous challenges. First, all of the country's major rivers are shared with neighboring countries, and Syria depends to a large extent on the inflow of water from Turkey through the Euphrates and its tributaries. Second, high population growth and urbanisation increase the pressure on water resources, resulting in localized groundwater depletion and pollution, for example in the Ghouta near Damascus. Third, there is no legal framework for integrated water resources management. Finally, the institutions in charge of water resources management are weak, being both highly centralized and fragmented between sectors, and they often lack the power to enforce regulations. Water resources policies have been focused on the construction of dams, the development of irrigated agriculture and occasional interbasin transfers, such as a pipeline to supply drinking water to Aleppo from the Euphrates. There are 165 dams in Syria with a total storage capacity of 19.6 km³. Demand management through metering, higher tariffs, more efficient irrigation technologies and the reduction of non-revenue water in drinking water supply has received less emphasis than supply management. The government implements a large program for the construction of wastewater treatment plants including the use of reclaimed water for irrigation.

text: Water resources management in Syria is confronted with numerous challenges. First, all of the country's major rivers are shared with neighboring countries, and Syria depends to a large extent on the inflow of water from

text: Turkey

text: through the

text: Euphrates

text: and its tributaries. Second, high population growth and urbanisation increase the pressure on water resources, resulting in localized groundwater depletion and pollution, for example in the

text: Ghouta

text: near

text: Damascus

text: . Third, there is no legal framework for

text: integrated water resources management

text: . Finally, the institutions in charge of water resources management are weak, being both highly centralized and fragmented between sectors, and they often lack the power to enforce regulations. Water resources policies have been focused on the construction of dams, the development of irrigated agriculture and occasional interbasin transfers, such as a pipeline to supply drinking water to

text: Aleppo

text: from the Euphrates. There are 165 dams in Syria with a total storage capacity of 19.6 km³. Demand management through

text: metering

text: , higher tariffs, more efficient irrigation technologies and the reduction of

text: non-revenue water

text: in drinking water supply has received less emphasis than supply management. The government implements a large program for the construction of wastewater treatment plants including the use of

text: reclaimed water

text: for irrigation.

answers: NDQ_001768

answers: dams

answers: NDQ_001769

answers: agriculture and occasional interbasin transfers

answers: NDQ_001770

answers: groundwater depletion and pollution

answers: NDQ_001771

answers: How many dams in Syria have a total storage capacity of 19.6 km3

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a water resource: dams, irrigated agriculture, or wastewater treatment plants?

answers: NDQ_001774

answers: non-revenue water

answers: NDQ_001775

answers: reclaimed water for irrigation

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: inflow of water

answers: NDQ_001778

answers: high population growth

answers: NDQ_001781

answers: reclaimed water

answers: NDQ_001782

answers: Which of the following is not a form of life: dams, irrigated agriculture, or wastewater treatment plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of pollution: groundwater depletion and pollution, for example in the Ghouta near Damascus

answers: NDQ_001788

answers: How many dams in Syria have a total storage capacity of 19.6 km3

answers: NDQ_001789

answers: What does the government implement a large program for the construction of wastewater treatment plants?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many dams in Syria have a total storage capacity of 19.6 km3?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Damascus?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: localized groundwater depletion

answers: NDQ_001802

answers: localized groundwater depletion and pollution

answers: NDQ_001803

answers: irrigated agriculture

answers: NDQ_001804

answers: reclaimed water for irrigation

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigated agriculture

answers: NDQ_001769

answers: irrigated agriculture

answers: NDQ_001770

answers: reclaimed water

answers: NDQ_001771

answers: irrigated agriculture

answers: NDQ_001772

answers: irrigated agriculture

answers: NDQ_001773

answers: irrigated agriculture

answers: NDQ_001774

answers: localized groundwater depletion and pollution,

answers: NDQ_001775

answers: irrigation.

answers: NDQ_001776

answers: pollution,

answers: NDQ_001777

answers: high population growth

answers: NDQ_001778

answers: high population growth and urbanisation

answers: NDQ_001781

answers: reclaimed water

answers: NDQ_001782

answers: water from Turkey through the Euphrates and its tributaries.

answers: NDQ_001785

answers: irrigated agriculture

answers: NDQ_001787

answers: reclaimed water

answers: NDQ_001788

answers: more efficient irrigation technologies

answers: NDQ_001789

answers: dams,

answers: NDQ_001790

answers: 165 dams

answers: NDQ_001791

answers: 165

answers: NDQ_001792

answers: Syria depends to a large extent on the inflow of water

answers: NDQ_001793

answers: 165 dams

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: 165 dams

answers: NDQ_001796

answers: 165 dams

answers: NDQ_001797

answers: irrigated agriculture

answers: NDQ_001798

answers: Demand management through metering, higher tariffs, more efficient irrigation technologies

answers: NDQ_001799

answers: interbasin transfers, such as a pipeline to supply drinking water

answers: NDQ_001800

answers: groundwater depletion

answers: NDQ_001801

answers: localized groundwater depletion

answers: NDQ_001802

answers: localized groundwater depletion and pollution,

answers: NDQ_001803

answers: reclaimed water for irrigation.

answers: NDQ_001804

answers: a pipeline to supply drinking water to Aleppo from the Euphrates.

answers: NDQ_001805

answers: irrigated agriculture

text: The Regency is traversed by volcanic chains of Java island, where land naturally grants rich and fertile soil, and provides an abundance of water resources. Tasikmalaya Regency is also lied on a low-cavity mountainside, which supplies the Regency more rainfall catchment and water absorption area. These advantages are supported by the Regency's tropical rainforest climate where the region experiences heavy rainfall.

text: The Regency is traversed by volcanic chains of

text: Java island

text: , where land naturally grants rich and fertile soil, and provides an abundance of water resources. Tasikmalaya Regency is also lied on a low-cavity mountainside, which supplies the Regency more

text: rainfall catchment

text: and

text: water absorption

text: area. These advantages are supported by the Regency's

text: tropical rainforest climate

text: where the region experiences

text: heavy rainfall

answers: NDQ_001768

answers: abundant water resources

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: heavy rainfall

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: tropical rainforest

answers: NDQ_001773

answers: What is a benefit of the volcanic chains of Java?

answers: NDQ_001774

answers: lacks absorption

answers: NDQ_001775

answers: fertilizer

answers: NDQ_001776

answers: malaria

answers: NDQ_001777

answers: land

answers: NDQ_001778

answers: unsustainable agricultural practices

answers: NDQ_001781

answers: lacks absorption

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a benefit of Tasikmalaya Regency?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or volcanic chains?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: what is the second to last word in the passage?

answers: NDQ_001797

answers: How would you describe Tasikmalaya Regency?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What does Tasikmalaya Regency provide?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: volcanic chains

answers: NDQ_001804

answers: rainfall catchment

answers: NDQ_001805

answers: tropical rainforest

answers: NDQ_001768

answers: abundance of water resources.

answers: NDQ_001769

answers: water absorption area.

answers: NDQ_001770

answers: heavy rainfall.

answers: NDQ_001771

answers: heavy rainfall.

answers: NDQ_001772

answers: Java island,

answers: NDQ_001773

answers: rich and fertile soil,

answers: NDQ_001774

answers: heavy rainfall.

answers: NDQ_001775

answers: water resources.

answers: NDQ_001776

answers: tropical rainforest

answers: NDQ_001777

answers: land naturally grants rich and fertile soil,

answers: NDQ_001778

answers: low-cavity mountainside,

answers: NDQ_001781

answers: low-cavity mountainside,

answers: NDQ_001782

answers: water resources.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: low-cavity mountainside,

answers: NDQ_001788

answers: low-cavity mountainside,

answers: NDQ_001789

answers: water resources.

answers: NDQ_001790

answers: abundance of water resources.

answers: NDQ_001791

answers: water resources.

answers: NDQ_001792

answers: water resources.

answers: NDQ_001793

answers: abundance of water resources.

answers: NDQ_001794

answers: low-cavity mountainside,

answers: NDQ_001795

answers: Tasikmalaya Regency

answers: NDQ_001796

answers: abundance of water resources.

answers: NDQ_001797

answers: tropical rainforest climate where the region experiences heavy rainfall.

answers: NDQ_001798

answers: abundance of water resources.

answers: NDQ_001799

answers: heavy rainfall.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: heavy rainfall.

answers: NDQ_001802

answers: abundance of water resources.

answers: NDQ_001803

answers: rainfall

answers: NDQ_001804

answers: rainfall catchment

answers: NDQ_001805

answers: rainfall catchment and water absorption area.

text: This is a list of notable wide-scale water shortages.

text: This is a list of notable wide-scale water shortages.

answers: NDQ_001768

answers: less water than developed nations.

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: a variety of purposes

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: cutting back on water use

answers: NDQ_001781

answers: is too cold

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: The following is a list of notable wide-scale water shortages

answers: NDQ_001788

answers: Water scarcity is a problem in many parts of the world.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It is not a problem

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: glaciers are a source of fresh water in some locations.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water shortages

answers: NDQ_001797

answers: Which of the following is not a reason for a water shortage?

answers: NDQ_001798

answers: none of the above choices

answers: NDQ_001799

answers: What is the most likely reason for a water shortage?

answers: NDQ_001800

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: is unknown

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used as a source of water

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: wide-scale water shortages.

answers: NDQ_001769

answers: wide-scale water shortages.

answers: NDQ_001770

answers: water shortages.

answers: NDQ_001771

answers: wide-scale water shortages.

answers: NDQ_001772

answers: wide-scale water shortages.

answers: NDQ_001773

answers: water shortages.

answers: NDQ_001774

answers: wide-scale water shortages.

answers: NDQ_001775

answers: wide-scale water shortages.

answers: NDQ_001776

answers: water shortages.

answers: NDQ_001777

answers: wide-scale water shortages.

answers: NDQ_001778

answers: wide-scale water shortages.

answers: NDQ_001781

answers: wide-scale water shortages.

answers: NDQ_001782

answers: wide-scale water shortages.

answers: NDQ_001785

answers: wide-scale water shortages.

answers: NDQ_001787

answers: a list of notable wide-scale water shortages.

answers: NDQ_001788

answers: wide-scale water shortages.

answers: NDQ_001789

answers: wide-scale water shortages.

answers: NDQ_001790

answers: wide-scale water shortages.

answers: NDQ_001791

answers: This is a list of notable wide-scale water shortages.

answers: NDQ_001792

answers: wide-scale water shortages.

answers: NDQ_001793

answers: wide-scale water shortages.

answers: NDQ_001794

answers: wide-scale water shortages.

answers: NDQ_001795

answers: wide-scale water shortages.

answers: NDQ_001796

answers: wide-scale water shortages.

answers: NDQ_001797

answers: wide-scale water shortages.

answers: NDQ_001798

answers: This is a list of notable wide-scale water shortages.

answers: NDQ_001799

answers: wide-scale water shortages.

answers: NDQ_001800

answers: water shortages.

answers: NDQ_001801

answers: wide-scale water shortages.

answers: NDQ_001802

answers: wide-scale water shortages.

answers: NDQ_001803

answers: wide-scale water shortages.

answers: NDQ_001804

answers: water shortages.

answers: NDQ_001805

answers: wide-scale water shortages.

text: Both of these well types use a down-hole control valve. ASR can also be used to re-inject water used by HVAC systems to maintain the ground water levels and store the thermal differences from summer time cooling for winter time heating. Industry can also capture cold winter waters and store it for summer time use and avoid the need for cooling water in the summer for industrial processes. This may also free up short supplies of summer time water for other beneficial uses. This reinjection process  may also avoid the cost of surface disposal and avoid the increased thermal load to the rivers and streams during the summer air conditioning season.

text: Both of these well types use a down-hole control valve. ASR can also be used to re-inject water used by

text: HVAC

text: systems to maintain the ground water levels and store the thermal differences from summer time cooling for winter time heating. Industry can also capture cold winter waters and store it for summer time use and avoid the need for cooling water in the summer for industrial processes. This may also free up short supplies of summer time water for other beneficial uses. This reinjection process  may also avoid the cost of surface disposal and avoid the increased thermal load to the rivers and streams during the summer air conditioning season.

answers: NDQ_001768

answers: cooling water in the summer

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: thermal load to rivers and streams

answers: NDQ_001771

answers: fishing, swimming, and swimming

answers: NDQ_001772

answers: industrial processes

answers: NDQ_001773

answers: Which of the following is not a type of chemical: fertilizers, pesticides, or fertilizers?

answers: NDQ_001774

answers: is stored in the ground

answers: NDQ_001775

answers: industrial processes

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: ground water levels

answers: NDQ_001778

answers: industrial processes

answers: NDQ_001781

answers: costs too much

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a benefit of re-injection?

answers: NDQ_001788

answers: Which of the following is not a benefit of ASR?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a benefit of capturing cold winter waters?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: winter

answers: NDQ_001802

answers: increased thermal load

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: ASR

answers: NDQ_001805

answers: air conditioning

answers: NDQ_001768

answers: ASR

answers: NDQ_001769

answers: industrial processes.

answers: NDQ_001770

answers: increased thermal load to the rivers and streams

answers: NDQ_001771

answers: summer time cooling for winter time heating.

answers: NDQ_001772

answers: industrial processes.

answers: NDQ_001773

answers: industrial processes.

answers: NDQ_001774

answers: surface disposal

answers: NDQ_001775

answers: industrial processes.

answers: NDQ_001776

answers: summer time cooling

answers: NDQ_001777

answers: summer time water for other beneficial uses.

answers: NDQ_001778

answers: summer air conditioning season.

answers: NDQ_001781

answers: surface disposal

answers: NDQ_001782

answers: Both of these well types use a down-hole control valve.

answers: NDQ_001785

answers: Both of these well types use a down-hole control valve.

answers: NDQ_001787

answers: ASR

answers: NDQ_001788

answers: summer time water for other beneficial uses.

answers: NDQ_001789

answers: ASR can also be used to re-inject water

answers: NDQ_001790

answers: summer time water for other beneficial uses.

answers: NDQ_001791

answers: Both of these well types use a down-hole control valve.

answers: NDQ_001792

answers: cold winter waters

answers: NDQ_001793

answers: summer time water for other beneficial uses.

answers: NDQ_001794

answers: ground water

answers: NDQ_001795

answers: summer time water for other beneficial uses.

answers: NDQ_001796

answers: down-hole control valve.

answers: NDQ_001797

answers: summer time water for other beneficial uses.

answers: NDQ_001798

answers: summer time water for other beneficial uses.

answers: NDQ_001799

answers: down-hole control valve.

answers: NDQ_001800

answers: summer time water

answers: NDQ_001801

answers: summer air conditioning season.

answers: NDQ_001802

answers: thermal load to the rivers and streams

answers: NDQ_001803

answers: summer time water for other beneficial uses.

answers: NDQ_001804

answers: ASR

answers: NDQ_001805

answers: summer time cooling for winter time heating.

text: The human population of these regions is low, settled agriculture is only viable in valleys where there is a supply of water, such as dayas, depressions with good quality soil, and the beds of wadis. In these areas it is possible to cultivate fodder and food crops. Such agriculture may not be possible in every year and they farmers shift to follow the rainfall.. Poupulation densities are low and most of the population are somewhat nomadic, however, there are some permanent settlements in coastal towns where the main economic activity is fishing.

text: The human population of these regions is low, settled agriculture is only viable in valleys where there is a supply of water, such as dayas, depressions with good quality soil, and the beds of

text: wadi

text: s. In these areas it is possible to cultivate fodder and food crops. Such agriculture may not be possible in every year and they farmers shift to follow the rainfall.. Poupulation densities are low and most of the population are somewhat nomadic, however, there are some permanent settlements in coastal towns where the main economic activity is fishing.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: agricultural purposes

answers: NDQ_001770

answers: landslides

answers: NDQ_001771

answers: fishing

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of crop: fodder, fodder crops, or food crops?

answers: NDQ_001774

answers: is not possible in every year

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: farming

answers: NDQ_001781

answers: does not have good quality soil

answers: NDQ_001782

answers: Which of the following is not a form of life: fodder and food crops?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of water: dayas, depressions with good quality soil, or the beds of wadis?

answers: NDQ_001788

answers: Which of the following is not a reason for farmers to shift to follow the rainfall?

answers: NDQ_001789

answers: Which of the following is not a source of water: dayas, depressions with good quality soil, or the beds of wadis?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers, dayas, depressions with good quality soil, or the beds of wadis?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of soil: dayas, depressions with good quality soil, or the beds of wadis?

answers: NDQ_001797

answers: Which of the following is not a source of water: dayas, depressions with good quality soil, or the beds of wadis?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Which of the following is not a source of water: dayas, depressions with good quality soil, and the beds of wadis?

answers: NDQ_001800

answers: NDQ_001801

answers: Such agriculture may not be possible in every year

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: dayas

answers: NDQ_001804

answers: Wadis

answers: NDQ_001805

answers: fishing

answers: NDQ_001768

answers: settled agriculture is only viable in valleys

answers: NDQ_001769

answers: fishing.

answers: NDQ_001770

answers: farmers shift to follow the rainfall..

answers: NDQ_001771

answers: fishing.

answers: NDQ_001772

answers: fishing.

answers: NDQ_001773

answers: fodder and food crops.

answers: NDQ_001774

answers: fishing.

answers: NDQ_001775

answers: fishing.

answers: NDQ_001776

answers: agriculture is only viable in valleys where there is a supply of water,

answers: NDQ_001777

answers: rainfall..

answers: NDQ_001778

answers: farmers shift to follow the rainfall..

answers: NDQ_001781

answers: water,

answers: NDQ_001782

answers: water,

answers: NDQ_001785

answers: fodder

answers: NDQ_001787

answers: water,

answers: NDQ_001788

answers: water,

answers: NDQ_001789

answers: water,

answers: NDQ_001790

answers: water,

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: settled agriculture is only viable in valleys

answers: NDQ_001793

answers: nomadic,

answers: NDQ_001794

answers: water,

answers: NDQ_001795

answers: water,

answers: NDQ_001796

answers: settled agriculture

answers: NDQ_001797

answers: settled agriculture is only viable in valleys

answers: NDQ_001798

answers: water,

answers: NDQ_001799

answers: water,

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: Such agriculture may not be possible in every year

answers: NDQ_001802

answers: water,

answers: NDQ_001803

answers: the beds of wadis.

answers: NDQ_001804

answers: wadis.

answers: NDQ_001805

answers: fishing.

text: The primary mode of informing the quality of water of rivers, lakes, streams, ponds, estuaries, coastal waters and wetlands of the U.S. is through the National Water Quality Inventory Report. Water quality assessments are conducted pursuant to water quality standards adopted by states and other jurisdictions (territories, interstate commissions and tribes). The report is conveyed to Congress as a means to inform Congress and the public of compliance with quality standards established by states, territories and tribes. The assessments identify water quality problems within the states and jurisdictions, list the impaired and threatened water bodies, and identify non-point sources that contribute to poor water quality. Every two years states must submit reports that describe water quality conditions to EPA with a complete inquiry of social and economic costs and benefits of achieving goals of the Act. The report is organized into two major sections; Section 1 shows national assessment of each type of water body, with causes and sources identified. Section 2 summarizes recommendations on improvement of water resource management.

text: The primary mode of informing the quality of water of rivers, lakes, streams, ponds, estuaries, coastal waters and wetlands of the U.S. is through the National Water Quality Inventory Report. Water quality assessments are conducted pursuant to water quality standards adopted by states and other jurisdictions (territories, interstate commissions and tribes). The report is conveyed to Congress as a means to inform Congress and the public of compliance with quality standards established by states, territories and tribes. The assessments identify water quality problems within the states and jurisdictions, list the impaired and threatened water bodies, and identify non-point sources that contribute to poor water quality. Every two years states must submit reports that describe water quality conditions to EPA with a complete inquiry of social and economic costs and benefits of achieving goals of the Act. The report is organized into two major sections; Section 1 shows national assessment of each type of water body, with causes and sources identified. Section 2 summarizes recommendations on improvement of water resource management.

answers: NDQ_001768

answers: non-point sources

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: poor water quality

answers: NDQ_001771

answers: Which of the following is not a type of water body: rivers, lakes, streams, ponds, estuaries, coastal waters and wetlands?

answers: NDQ_001772

answers: U.S

answers: NDQ_001773

answers: Which of the following is not a non-point source that contributes to poor water quality?

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: What is the primary mode of informing the quality of water

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: quality standards

answers: NDQ_001778

answers: water resource management

answers: NDQ_001781

answers: poor quality

answers: NDQ_001782

answers: What is the purpose of the National Water Quality Inventory Report?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Section 2 summarizes recommendations on improvement of water resource management

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a non-point source that contributes to poor water quality?

answers: NDQ_001797

answers: Which of the following is not a type of water body: streams, ponds, estuaries, coastal waters and wetlands

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water resource management

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: The assessments identify water quality problems

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: non-point sources

answers: NDQ_001805

answers: water quality

answers: NDQ_001768

answers: National Water Quality Inventory Report.

answers: NDQ_001769

answers: National Water Quality Inventory Report.

answers: NDQ_001770

answers: poor water quality.

answers: NDQ_001771

answers: rivers, lakes, streams, ponds,

answers: NDQ_001772

answers: U.S.

answers: NDQ_001773

answers: National Water Quality Inventory Report.

answers: NDQ_001774

answers: poor water quality.

answers: NDQ_001775

answers: water resource management.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: quality

answers: NDQ_001778

answers: non-point sources

answers: NDQ_001781

answers: poor water quality.

answers: NDQ_001782

answers: National Water Quality Inventory Report.

answers: NDQ_001785

answers: National Water Quality Inventory Report.

answers: NDQ_001787

answers: National Water Quality Inventory Report.

answers: NDQ_001788

answers: National Water Quality Inventory Report.

answers: NDQ_001789

answers: National Water Quality Inventory Report.

answers: NDQ_001790

answers: National Water Quality Inventory Report.

answers: NDQ_001791

answers: wetlands

answers: NDQ_001792

answers: wetlands

answers: NDQ_001793

answers: National Water Quality Inventory Report.

answers: NDQ_001794

answers: wetlands of the U.S.

answers: NDQ_001795

answers: National Water Quality Inventory Report.

answers: NDQ_001796

answers: National Water Quality Inventory Report.

answers: NDQ_001797

answers: wetlands

answers: NDQ_001798

answers: National Water Quality Inventory Report.

answers: NDQ_001799

answers: rivers, lakes, streams,

answers: NDQ_001800

answers: water quality problems within the states and jurisdictions,

answers: NDQ_001801

answers: wetlands of the U.S. is through the National Water Quality Inventory Report.

answers: NDQ_001802

answers: impaired and threatened water bodies,

answers: NDQ_001803

answers: wetlands

answers: NDQ_001804

answers: National Water Quality Inventory Report.

answers: NDQ_001805

answers: National Water Quality Inventory Report.

text: However, the failure to provide a continuous water supply does not appear to be a major bottleneck  for the Lebanese, where water storage tanks are in common use. What matters is the water quality, which is often insuffient, and that households have enough water to keep the tanks supplied, which is not always the case.

text: However, the failure to provide a continuous water supply does not appear to be a major bottleneck  for the Lebanese, where water storage tanks are in common use. What matters is the water quality, which is often insuffient, and that households have enough water to keep the tanks supplied, which is not always the case.

answers: NDQ_001768

answers: water storage tanks

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: bottlenecks

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: are a major source of pollution

answers: NDQ_001774

answers: is not always the case

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: failure to provide a continuous water supply

answers: NDQ_001781

answers: insuffient

answers: NDQ_001782

answers: What does the lack of a continuous water supply mean?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It's impossible to say

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: unanswerable

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: insuffient

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: water storage tanks

answers: NDQ_001769

answers: water storage tanks

answers: NDQ_001770

answers: water quality,

answers: NDQ_001771

answers: water storage tanks

answers: NDQ_001772

answers: Lebanese,

answers: NDQ_001773

answers: water supply

answers: NDQ_001774

answers: water quality, which is often insuffient,

answers: NDQ_001775

answers: water storage tanks

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: water quality,

answers: NDQ_001778

answers: failure to provide a continuous water supply

answers: NDQ_001781

answers: water quality, which is often insuffient,

answers: NDQ_001782

answers: the failure to provide a continuous water supply

answers: NDQ_001785

answers: the failure to provide a continuous water supply

answers: NDQ_001787

answers: water quality,

answers: NDQ_001788

answers: water quality,

answers: NDQ_001789

answers: water storage tanks

answers: NDQ_001790

answers: the failure to provide a continuous water supply

answers: NDQ_001791

answers: the failure to provide a continuous water supply

answers: NDQ_001792

answers: the failure to provide a continuous water supply

answers: NDQ_001793

answers: Lebanese,

answers: NDQ_001794

answers: water storage tanks

answers: NDQ_001795

answers: insuffient,

answers: NDQ_001796

answers: water quality,

answers: NDQ_001797

answers: water quality,

answers: NDQ_001798

answers: water storage tanks are in common use.

answers: NDQ_001799

answers: water quality,

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: the failure to provide a continuous water supply

answers: NDQ_001802

answers: insuffient,

answers: NDQ_001803

answers: water storage tanks

answers: NDQ_001804

answers: water storage tanks

answers: NDQ_001805

answers: water storage tanks are in common use.

text: The 2002 census offers shows a more detailed breakdown of these numbers than the WHO/UNICEF JMP data. The census data are not differentiated by urban or rural areas, but they differentiate by main source of drinking water supply and main source of water supply for non-potable uses. Many households have access to several sources of water supply - such as rainwater harvesting, public supply and bottled water - balancing the availability and quality of the various sources.

text: The 2002 census offers shows a more detailed breakdown of these numbers than the WHO/UNICEF JMP data. The census data are not differentiated by urban or rural areas, but they differentiate by main source of drinking water supply and main source of water supply for non-potable uses. Many households have access to several sources of water supply - such as rainwater harvesting, public supply and bottled water - balancing the availability and quality of the various sources.

answers: NDQ_001768

answers: non-potable uses

answers: NDQ_001769

answers: non-potable uses

answers: NDQ_001770

answers: Non-potable uses

answers: NDQ_001771

answers: non-potable

answers: NDQ_001772

answers: drinking water supply

answers: NDQ_001773

answers: Agricultural chemicals include pesticides, herbicides, fertilizers, pesticides, herbicides, and pesticides.

answers: NDQ_001774

answers: main source of water supply for non-potable uses

answers: NDQ_001775

answers: non-potable uses

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: urban or rural areas

answers: NDQ_001778

answers: non-potable uses

answers: NDQ_001781

answers: main source of drinking water supply

answers: NDQ_001782

answers: What is the main source of water supply for non-potable uses?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: main source of drinking water supply

answers: NDQ_001788

answers: main source of water supply for non-potable uses

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: NDQ_001792

answers: main source of drinking water supply

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: main source of drinking water supply

answers: NDQ_001797

answers: main source of drinking water supply

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: unseasonably low rainfall

answers: NDQ_001802

answers: Many households have access to several sources of water supply - such as rainwater harvesting, public supply and bottled water

answers: NDQ_001803

answers: harvesting

answers: NDQ_001804

answers: rainwater harvesting

answers: NDQ_001805

answers: main source of drinking water supply

answers: NDQ_001768

answers: rainwater harvesting, public supply and bottled water

answers: NDQ_001769

answers: non-potable uses.

answers: NDQ_001770

answers: balancing the availability and quality of the various sources.

answers: NDQ_001771

answers: non-potable uses.

answers: NDQ_001772

answers: drinking water supply and main source of water supply for non-potable uses.

answers: NDQ_001773

answers: WHO/UNICEF JMP data.

answers: NDQ_001774

answers: rainwater harvesting, public supply and bottled water

answers: NDQ_001775

answers: non-potable uses.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: balancing the availability and quality of the various sources.

answers: NDQ_001778

answers: rainwater harvesting, public supply and bottled water

answers: NDQ_001781

answers: balancing the availability and quality of the various sources.

answers: NDQ_001782

answers: rainwater harvesting, public supply and bottled water

answers: NDQ_001785

answers: WHO/UNICEF JMP data.

answers: NDQ_001787

answers: balancing the availability and quality of the various sources.

answers: NDQ_001788

answers: balancing the availability and quality of the various sources.

answers: NDQ_001789

answers: rainwater harvesting, public supply and bottled water

answers: NDQ_001790

answers: Many households have access to several sources of water supply

answers: NDQ_001791

answers: The 2002 census

answers: NDQ_001792

answers: rainwater harvesting, public supply and bottled water

answers: NDQ_001793

answers: Many households have access to several sources of water supply

answers: NDQ_001794

answers: The 2002 census

answers: NDQ_001795

answers: WHO/UNICEF JMP data.

answers: NDQ_001796

answers: Many households have access to several sources of water supply

answers: NDQ_001797

answers: The census data are not differentiated by urban or rural areas,

answers: NDQ_001798

answers: Many households have access to several sources of water supply

answers: NDQ_001799

answers: rainwater harvesting, public supply and bottled water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: WHO/UNICEF JMP data.

answers: NDQ_001802

answers: balancing the availability and quality of the various sources.

answers: NDQ_001803

answers: rainwater harvesting,

answers: NDQ_001804

answers: rainwater harvesting,

answers: NDQ_001805

answers: drinking water supply

text: According to the WHO, "The most effective means of consistently ensuring the safety of a drinking-water supply is through the use of a comprehensive risk assessment and risk management approach that encompasses all steps in water supply from catchment to consumer. In these Guidelines, such approaches are called water safety plans (WSPs)". A WSP is a plan that will ensure the safety and acceptability of a drinking-water supply. The Water Safety Plan Manual, published in 2009 by the WHO and the International Water Association, offers guidance to water utilities (or similar entities) as they develop WSPs. This manual provides information to help water utilities to: assess their water system, develop monitoring systems and procedures, manage and community their plan, carry out periodic review of the WSP, and to review the WSP following an incident. The WSP manual also includes three case studies drawn from WSP initiatives in three countries/regions.

text: According to the WHO, "The most effective means of consistently ensuring the safety of a drinking-water supply is through the use of a comprehensive risk assessment and risk management approach that encompasses all steps in water supply from catchment to consumer. In these Guidelines, such approaches are called water safety plans (WSPs)". A WSP is a plan that will ensure the safety and acceptability of a drinking-water supply. The Water Safety Plan Manual, published in 2009 by the WHO and the

text: International Water Association

text: , offers guidance to water utilities (or similar entities) as they develop WSPs. This manual provides information to help water utilities to: assess their water system, develop monitoring systems and procedures, manage and community their plan, carry out periodic review of the WSP, and to review the WSP following an incident. The WSP manual also includes three case studies drawn from WSP initiatives in three countries/regions.

answers: NDQ_001768

answers: WSPs

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking-water supply

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: consumer

answers: NDQ_001773

answers: Which of the following is not an example of a WSP: drinking-water supply or agricultural chemicals?

answers: NDQ_001774

answers: catchment to consumer

answers: NDQ_001775

answers: What is a WSP?

answers: NDQ_001776

answers: drinking-water

answers: NDQ_001777

answers: catchment

answers: NDQ_001778

answers: drinking-water supply

answers: NDQ_001781

answers: drinking-water supply

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: what is the most effective means of consistently ensuring the safety of a drinking-water supply

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: The WSP manual also includes three case studies

answers: NDQ_001797

answers: Which of the following is not a step in water supply from catchment to consumer?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: The Water Safety Plan Manual, published in 2009 by the WHO and the International Water Association, offers guidance to water utilities (or similar entities) as they develop WSPs

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: catchment

answers: NDQ_001805

answers: drinking

answers: NDQ_001768

answers: water safety plans

answers: NDQ_001769

answers: drinking-water

answers: NDQ_001770

answers: drinking-water

answers: NDQ_001771

answers: drinking-water

answers: NDQ_001772

answers: consumer.

answers: NDQ_001773

answers: drinking-water supply

answers: NDQ_001774

answers: catchment

answers: NDQ_001775

answers: drinking-water supply

answers: NDQ_001776

answers: drinking-water

answers: NDQ_001777

answers: catchment

answers: NDQ_001778

answers: catchment to consumer.

answers: NDQ_001781

answers: drinking-water supply

answers: NDQ_001782

answers: drinking-water

answers: NDQ_001785

answers: drinking-water

answers: NDQ_001787

answers: water safety plans

answers: NDQ_001788

answers: drinking-water supply

answers: NDQ_001789

answers: water safety plans

answers: NDQ_001790

answers: WHO,

answers: NDQ_001791

answers: drinking-water

answers: NDQ_001792

answers: drinking-water

answers: NDQ_001793

answers: drinking-water supply

answers: NDQ_001794

answers: catchment to consumer.

answers: NDQ_001795

answers: drinking-water supply

answers: NDQ_001796

answers: water safety plans

answers: NDQ_001797

answers: water safety plans

answers: NDQ_001798

answers: water safety plans

answers: NDQ_001799

answers: water supply from catchment to consumer.

answers: NDQ_001800

answers: drinking-water

answers: NDQ_001801

answers: incident.

answers: NDQ_001802

answers: drinking-water supply

answers: NDQ_001803

answers: water supply from catchment

answers: NDQ_001804

answers: catchment

answers: NDQ_001805

answers: drinking-water

text: The four basins have a different function based on the order of water flow. The first basin is for water to be offered up to the Buddha, the second one supplies water to clean food for the Buddha, the third is for the use by humans, and the fourth basin is for all other purposes.

text: The four basins have a different function based on the order of water flow. The first basin is for water to be offered up to the Buddha, the second one supplies water to clean food for the Buddha, the third is for the use by humans, and the fourth basin is for all other purposes.

answers: NDQ_001768

answers: all other purposes

answers: NDQ_001769

answers: all other purposes

answers: NDQ_001770

answers: food to rot

answers: NDQ_001771

answers: the fourth basin

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: can be found in the fourth basin

answers: NDQ_001774

answers: cleans food for the Buddha

answers: NDQ_001775

answers: all other purposes

answers: NDQ_001776

answers: the fourth basin

answers: NDQ_001777

answers: the function of the four basins

answers: NDQ_001778

answers: the use by humans

answers: NDQ_001781

answers: fourth basin is for humans

answers: NDQ_001782

answers: What is the fourth basin for?

answers: NDQ_001785

answers: the third basin

answers: NDQ_001787

answers: the third

answers: NDQ_001788

answers: fourth basin

answers: NDQ_001789

answers: the fourth basin

answers: NDQ_001790

answers: the fourth

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: all other purposes

answers: NDQ_001793

answers: the fourth basin

answers: NDQ_001794

answers: the fourth basin

answers: NDQ_001795

answers: the third

answers: NDQ_001796

answers: the fourth basin

answers: NDQ_001797

answers: How would you describe Drier climates?

answers: NDQ_001798

answers: the fourth basin

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: is for all other purposes

answers: NDQ_001802

answers: the fourth basin is for all other purposes

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: is for all other purposes

answers: NDQ_001805

answers: humans

answers: NDQ_001768

answers: humans,

answers: NDQ_001769

answers: all other purposes.

answers: NDQ_001770

answers: clean food

answers: NDQ_001771

answers: humans,

answers: NDQ_001772

answers: humans,

answers: NDQ_001773

answers: Buddha, the second one supplies water to clean food for the Buddha,

answers: NDQ_001774

answers: the third

answers: NDQ_001775

answers: clean food

answers: NDQ_001776

answers: humans,

answers: NDQ_001777

answers: order of water flow.

answers: NDQ_001778

answers: the third is for the use by humans,

answers: NDQ_001781

answers: humans,

answers: NDQ_001782

answers: the fourth basin is for all other purposes.

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: humans,

answers: NDQ_001788

answers: humans,

answers: NDQ_001789

answers: water to be offered up to the Buddha,

answers: NDQ_001790

answers: humans,

answers: NDQ_001791

answers: Buddha,

answers: NDQ_001792

answers: The four basins

answers: NDQ_001793

answers: humans,

answers: NDQ_001794

answers: humans,

answers: NDQ_001795

answers: humans,

answers: NDQ_001796

answers: humans,

answers: NDQ_001797

answers: the third is for the use by humans,

answers: NDQ_001798

answers: humans,

answers: NDQ_001799

answers: water flow.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Buddha,

answers: NDQ_001802

answers: humans,

answers: NDQ_001803

answers: clean food

answers: NDQ_001804

answers: The four basins

answers: NDQ_001805

answers: humans,

text: Cooling towers are also used in HVAC systems that have multiple water source heat pumps that share a common piping water loop. In this type of system, the water circulating inside the water loop removes heat from the condenser of the heat pumps whenever the heat pumps are working in the cooling mode, then the externally mounted cooling tower is used to remove heat from the water loop and reject it to the atmosphere.  By contrast, when the heat pumps are working in heating mode, the condensers draw heat out of the loop water and reject it into the space to be heated.  When the water loop is being used primarily to supply heat to the building, the cooling tower is normally shut down (and may be drained or winterized to prevent freeze damage), and heat is supplied by other means, usually from separate boilers.

text: Cooling towers are also used in HVAC systems that have multiple water source

text: heat pumps

text: that share a common piping water loop. In this type of system, the water circulating inside the water loop removes heat from the condenser of the heat pumps whenever the heat pumps are working in the cooling mode, then the externally mounted cooling tower is used to remove heat from the water loop and reject it to the

text: atmosphere

text: .  By contrast, when the heat pumps are working in heating mode, the condensers draw heat out of the loop water and reject it into the space to be heated.  When the water loop is being used primarily to supply heat to the building, the cooling tower is normally shut down (and may be drained or winterized to prevent freeze damage), and heat is supplied by other means, usually from separate

text: boiler

text: s.

answers: NDQ_001768

answers: cooling towers

answers: NDQ_001769

answers: What is municipal use of water?

answers: NDQ_001770

answers: cooling towers to fail

answers: NDQ_001771

answers: cooling towers

answers: NDQ_001772

answers: HVAC systems

answers: NDQ_001773

answers: Which of the following is not a product of agriculture: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: unanswerable

answers: NDQ_001775

answers: cooling

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: cooling towers

answers: NDQ_001781

answers: cooling

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason for cooling towers to be used in HVAC systems?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: winterized to prevent freeze damage

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: water loop

answers: NDQ_001805

answers: cooling

answers: NDQ_001768

answers: Cooling towers

answers: NDQ_001769

answers: heat to the building,

answers: NDQ_001770

answers: freeze damage),

answers: NDQ_001771

answers: Cooling towers

answers: NDQ_001772

answers: HVAC systems that have multiple water source heat pumps

answers: NDQ_001773

answers: Cooling towers

answers: NDQ_001774

answers: freeze damage),

answers: NDQ_001775

answers: Cooling towers are also used in HVAC systems

answers: NDQ_001776

answers: heat

answers: NDQ_001777

answers: multiple water source heat pumps that share a common piping water loop.

answers: NDQ_001778

answers: heat

answers: NDQ_001781

answers: Cooling towers

answers: NDQ_001782

answers: Cooling towers

answers: NDQ_001785

answers: cooling tower

answers: NDQ_001787

answers: Cooling towers

answers: NDQ_001788

answers: Cooling towers

answers: NDQ_001789

answers: water source heat pumps

answers: NDQ_001790

answers: water source heat pumps that share a common piping water loop.

answers: NDQ_001791

answers: Cooling towers

answers: NDQ_001792

answers: Cooling towers

answers: NDQ_001793

answers: heat is supplied by other means, usually from separate boilers.

answers: NDQ_001794

answers: Cooling towers

answers: NDQ_001795

answers: Cooling towers

answers: NDQ_001796

answers: Cooling towers

answers: NDQ_001797

answers: heat is supplied by other means, usually from separate boilers.

answers: NDQ_001798

answers: heat is supplied by other means, usually from separate boilers.

answers: NDQ_001799

answers: circulating

answers: NDQ_001800

answers: Cooling towers

answers: NDQ_001801

answers: Cooling towers

answers: NDQ_001802

answers: heat from the water loop and reject it to the atmosphere.

answers: NDQ_001803

answers: Cooling towers

answers: NDQ_001804

answers: water loop.

answers: NDQ_001805

answers: heat

text: The proposal states the plant will draw its water from the Passur River, taking up to 219, 600 cubic metres of water everyday. Activists worry about the effect on local water supplies as that means the plant will discharge treated waste water back into the river.They argue that the pollutants introduced into the water supply can harm the mangroves, the marine animals living there, and nearby human communities who use the water body for fishing and agriculture. Environmentalists are also fearful of the increased chances of a catastrophic oil spill. There is historical evidence of the damage that can cause in the Sundarbans. In 2014, when an oil tanker spilled 75,000 gallons into the fragile ecosystem, locals communities had no tools or assistance from the government to fight the toxic spill with.

text: The proposal states the plant will draw its water from the Passur River, taking up to 219, 600 cubic metres of water everyday. Activists worry about the effect on local water supplies as that means the plant will discharge treated waste water back into the river.They argue that the pollutants introduced into the water supply can harm the mangroves, the marine animals living there, and nearby human communities who use the water body for fishing and agriculture. Environmentalists are also fearful of the increased chances of a catastrophic oil spill. There is historical evidence of the damage that can cause in the Sundarbans. In 2014, when an oil tanker spilled 75,000 gallons into the fragile ecosystem, locals communities had no tools or assistance from the government to fight the toxic spill with.

answers: NDQ_001768

answers: for fishing and agriculture

answers: NDQ_001769

answers: Which of the following is not a type of water supply: fishing, agriculture, or municipal?

answers: NDQ_001770

answers: Pollutants

answers: NDQ_001771

answers: fishing and agriculture

answers: NDQ_001772

answers: human communities

answers: NDQ_001773

answers: Which of the following is not a type of pollutant: oil, fish, or mangroves?

answers: NDQ_001774

answers: will discharge treated waste water back into the river

answers: NDQ_001775

answers: How many cubic metres of water does the plant take every day?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the amount of what?

answers: NDQ_001778

answers: fishing and agriculture

answers: NDQ_001781

answers: treated waste water back into the river

answers: NDQ_001782

answers: Which of the following is not a form of life: mangroves, fish, or agriculture?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a concern for environmentalists: pollutants introduced into the water supply?

answers: NDQ_001788

answers: Which of the following is not a source of pollutants introduced into the water supply?

answers: NDQ_001789

answers: Which of the following is not a source of water for the plant?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many cubic metres of water does the plant take every day?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers, rivers, or lakes?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a reason for concern?

answers: NDQ_001797

answers: Which of the following is not a type of climate: tropical, tropical, or tropical?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a type of water?

answers: NDQ_001800

answers: NDQ_001801

answers: 2014

answers: NDQ_001802

answers: the pollutants introduced into the water supply

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Passur River

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: fishing and agriculture.

answers: NDQ_001769

answers: fishing and agriculture.

answers: NDQ_001770

answers: catastrophic oil spill.

answers: NDQ_001771

answers: fishing and agriculture.

answers: NDQ_001772

answers: oil

answers: NDQ_001773

answers: pollutants introduced into the water supply can harm the mangroves,

answers: NDQ_001774

answers: fishing and agriculture.

answers: NDQ_001775

answers: fishing and agriculture.

answers: NDQ_001776

answers: pollutants

answers: NDQ_001777

answers: nearby human communities who use the water body for fishing and agriculture.

answers: NDQ_001778

answers: agriculture.

answers: NDQ_001781

answers: treated waste water back into the river.They

answers: NDQ_001782

answers: marine animals

answers: NDQ_001785

answers: water from the Passur River,

answers: NDQ_001787

answers: Activists worry about the effect on local water supplies

answers: NDQ_001788

answers: discharge treated waste water back into the river.They

answers: NDQ_001789

answers: Passur River,

answers: NDQ_001790

answers: Activists worry about the effect on local water supplies

answers: NDQ_001791

answers: Passur River,

answers: NDQ_001792

answers: Passur River,

answers: NDQ_001793

answers: Activists worry about the effect on local water supplies

answers: NDQ_001794

answers: Passur River,

answers: NDQ_001795

answers: Activists worry about the effect on local water supplies

answers: NDQ_001796

answers: Activists worry about the effect on local water supplies

answers: NDQ_001797

answers: fishing and agriculture.

answers: NDQ_001798

answers: Activists worry about the effect on local water supplies

answers: NDQ_001799

answers: Passur River,

answers: NDQ_001800

answers: oil spill.

answers: NDQ_001801

answers: 2014,

answers: NDQ_001802

answers: the pollutants introduced into the water supply

answers: NDQ_001803

answers: treated waste water

answers: NDQ_001804

answers: Passur River,

answers: NDQ_001805

answers: fishing and agriculture.

text: According to documents by the Hawaii Department of Health dozens of leaks from Red Hill's 20 underground fuel storage tanks have occurred since the 1940s and have contaminated groundwater directly beneath the tanks with hydrocarbon levels as high as 25 times what the state considers safe. However, according to EPA, the drinking water is safe for human consumption for both Board of Water Supply customers and military communities. The water for Board of Water Supply customers and military communities is being tested every three months to assure the water is safe. Contamination related to the Facility has never been detected in the Honolulu Board of Water Supply drinking water sources.

text: According to documents by the

text: Hawaii Department of Health

text: dozens of leaks from Red Hill's 20 underground fuel storage tanks have occurred since the 1940s and have contaminated groundwater directly beneath the tanks with

text: hydrocarbon

text: levels as high as 25 times what the state considers safe. However, according to EPA, the drinking water is safe for human consumption for both Board of Water Supply customers and military communities. The water for Board of Water Supply customers and military communities is being tested every three months to assure the water is safe. Contamination related to the Facility has never been detected in the Honolulu Board of Water Supply drinking water sources.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: Contaminated groundwater

answers: NDQ_001771

answers: What is not safe for human consumption?

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a source of hydrocarbons: hydrocarbons, hydrocarbons, or hydrocarbons?

answers: NDQ_001774

answers: contaminated groundwater

answers: NDQ_001775

answers: fuel storage tanks

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: contaminated groundwater

answers: NDQ_001778

answers: underground fuel storage tanks

answers: NDQ_001781

answers: contaminated groundwater

answers: NDQ_001782

answers: What does the water for Board of Water Supply customers and military communities need to survive?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a possible reason for the contamination of groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason the drinking water is safe for human consumption?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: no

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: 25 times what the state considers safe

answers: NDQ_001803

answers: underground fuel storage tanks

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: Board of Water Supply customers

answers: NDQ_001770

answers: contaminated groundwater

answers: NDQ_001771

answers: drinking water is safe for human consumption

answers: NDQ_001772

answers: human consumption for both Board of Water Supply customers and military communities.

answers: NDQ_001773

answers: hydrocarbon levels

answers: NDQ_001774

answers: contaminated groundwater

answers: NDQ_001775

answers: fuel storage tanks

answers: NDQ_001776

answers: contaminated groundwater

answers: NDQ_001777

answers: leaks from Red Hill's 20 underground fuel storage tanks

answers: NDQ_001778

answers: leaks

answers: NDQ_001781

answers: contaminated groundwater

answers: NDQ_001782

answers: the drinking water is safe for human consumption

answers: NDQ_001785

answers: the drinking water

answers: NDQ_001787

answers: hydrocarbon levels

answers: NDQ_001788

answers: dozens of leaks from Red Hill's 20 underground fuel storage tanks

answers: NDQ_001789

answers: fuel storage tanks have occurred since the 1940s and have contaminated groundwater

answers: NDQ_001790

answers: the drinking water is safe for human consumption

answers: NDQ_001791

answers: contaminated groundwater

answers: NDQ_001792

answers: the drinking water is safe for human consumption

answers: NDQ_001793

answers: the drinking water is safe for human consumption

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: the drinking water

answers: NDQ_001796

answers: the drinking water

answers: NDQ_001797

answers: the drinking water is safe for human consumption

answers: NDQ_001798

answers: the drinking water

answers: NDQ_001799

answers: the drinking water is safe for human consumption

answers: NDQ_001800

answers: fuel storage tanks have occurred since the 1940s and have contaminated groundwater

answers: NDQ_001801

answers: 1940s

answers: NDQ_001802

answers: 25 times what the state considers safe.

answers: NDQ_001803

answers: underground fuel storage tanks

answers: NDQ_001804

answers: 20 underground fuel storage tanks

answers: NDQ_001805

answers: human consumption

text: For many years during the twentieth century, the water supply was rainwater harvested from several large bitumen sealed catchment areas behind Longreach Bay. In the 1970s fresh water was found underground and was used to supplement the rainfall supply. In 1995 the supply was further supplemented with desalinated groundwater, using a reverse osmosis plant producing up to 500 kL per day.

text: For many years during the twentieth century, the water supply was rainwater harvested from several large bitumen sealed catchment areas behind Longreach Bay. In the 1970s fresh water was found underground and was used to supplement the rainfall supply. In 1995 the supply was further supplemented with desalinated groundwater, using a

text: reverse osmosis

text: plant producing up to 500 kL per day.

answers: NDQ_001768

answers: desalinated groundwater

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of rainwater: bitumen, fresh water or desalinated groundwater?

answers: NDQ_001774

answers: desalinated

answers: NDQ_001775

answers: oxen

answers: NDQ_001776

answers: dehydration

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: desalinated groundwater

answers: NDQ_001781

answers: desalinated

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of chemical: bitumen, fresh water or desalinated groundwater?

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: In the 1970s fresh water was found underground and was used to supplement the rainfall supply

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier or Wetter?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: In the 1970s

answers: NDQ_001802

answers: bitumen

answers: NDQ_001803

answers: rainwater harvest

answers: NDQ_001804

answers: desalinated groundwater

answers: NDQ_001805

answers: bitumen

answers: NDQ_001768

answers: fresh water was found underground and was used to supplement the rainfall supply.

answers: NDQ_001769

answers: supplement the rainfall supply.

answers: NDQ_001770

answers: Longreach Bay.

answers: NDQ_001771

answers: Longreach Bay.

answers: NDQ_001772

answers: rainwater harvested from several large bitumen

answers: NDQ_001773

answers: bitumen

answers: NDQ_001774

answers: rainwater harvested from several large bitumen

answers: NDQ_001775

answers: bitumen

answers: NDQ_001776

answers: water supply was rainwater harvested from several large bitumen

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: rainwater harvested from several large bitumen sealed catchment areas

answers: NDQ_001781

answers: rainwater

answers: NDQ_001782

answers: desalinated groundwater,

answers: NDQ_001785

answers: Longreach Bay.

answers: NDQ_001787

answers: bitumen

answers: NDQ_001788

answers: rainwater harvested from several large bitumen sealed catchment areas

answers: NDQ_001789

answers: reverse osmosis plant

answers: NDQ_001790

answers: desalinated groundwater,

answers: NDQ_001791

answers: Longreach Bay.

answers: NDQ_001792

answers: fresh water was found underground and was used to supplement the rainfall supply.

answers: NDQ_001793

answers: desalinated groundwater,

answers: NDQ_001794

answers: underground

answers: NDQ_001795

answers: desalinated groundwater,

answers: NDQ_001796

answers: desalinated groundwater,

answers: NDQ_001797

answers: the water supply was rainwater

answers: NDQ_001798

answers: fresh water was found underground and was used to supplement the rainfall supply.

answers: NDQ_001799

answers: rainwater

answers: NDQ_001800

answers: water supply was rainwater harvested from several large bitumen

answers: NDQ_001801

answers: For many years during the twentieth century,

answers: NDQ_001802

answers: bitumen

answers: NDQ_001803

answers: desalinated groundwater,

answers: NDQ_001804

answers: fresh water

answers: NDQ_001805

answers: rainwater harvested from several large bitumen

text: Pumped storage units can also be used as pumping stations to supply river water for upland irrigation, industrial needs, and drinking water. In a tropical country like India, abundant water is needed for agriculture due to a very high annual evaporation rate. The necessary amount of water to meet this demand can be harnessed from India's rivers via pumped storage units. Food security in India is possible with water security, which in turn is possible with energy security to supply the needed electricity for the water pumping.

text: Pumped storage units can also be used as pumping stations to supply river water for upland irrigation, industrial needs, and drinking water. In a tropical country like India, abundant water is needed for agriculture due to a very high annual

text: evaporation rate

text: . The necessary amount of water to meet this demand can be harnessed from India's rivers via pumped storage units.

text: Food security

text: in India is possible with

text: water security

text: , which in turn is possible with

text: energy security

text: to supply the needed electricity for the water pumping.

answers: NDQ_001768

answers: upland irrigation

answers: NDQ_001769

answers: upland irrigation

answers: NDQ_001770

answers: evaporation

answers: NDQ_001771

answers: pumping stations

answers: NDQ_001772

answers: industrial needs

answers: NDQ_001773

answers: Which of the following is not a type of chemical used in agriculture: fertilizers, pesticides, or water?

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: industrial needs

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: energy security

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: evaporation rate

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: pumping stations to supply river water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: tropical, dry, or tropical?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water security

answers: NDQ_001801

answers: in a tropical country like India

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: pumped storage units

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Pumped storage units

answers: NDQ_001769

answers: drinking water.

answers: NDQ_001770

answers: evaporation rate.

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: industrial needs, and drinking water.

answers: NDQ_001773

answers: agriculture due to a very high annual evaporation rate.

answers: NDQ_001774

answers: evaporation rate.

answers: NDQ_001775

answers: industrial needs,

answers: NDQ_001776

answers: drinking water.

answers: NDQ_001777

answers: evaporation rate.

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: evaporation rate.

answers: NDQ_001782

answers: Food security

answers: NDQ_001785

answers: Food security in India is possible with water

answers: NDQ_001787

answers: irrigation, industrial needs, and drinking water.

answers: NDQ_001788

answers: evaporation rate.

answers: NDQ_001789

answers: energy security to supply the needed electricity for the water pumping.

answers: NDQ_001790

answers: abundant water

answers: NDQ_001791

answers: water for upland irrigation, industrial needs, and drinking water.

answers: NDQ_001792

answers: India,

answers: NDQ_001793

answers: drinking water.

answers: NDQ_001794

answers: upland irrigation, industrial needs, and drinking water.

answers: NDQ_001795

answers: drinking water.

answers: NDQ_001796

answers: drinking water.

answers: NDQ_001797

answers: tropical

answers: NDQ_001798

answers: Pumped storage units

answers: NDQ_001799

answers: drinking water.

answers: NDQ_001800

answers: evaporation rate.

answers: NDQ_001801

answers: very high annual evaporation rate.

answers: NDQ_001802

answers: drinking water.

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Pumped storage units

answers: NDQ_001805

answers: drinking water.

text: One of the major problems in Malangas is the water system. Water resources are also less abundant. Almost 90 percent of the population get its water supply from a nearby barangay. But this is not abundant for the population. This explains the water scarcity in the area. While some barangays receive enough water, others experience constant water deficiency most especially in the poblacion area. Lack of access to water is a larger problem in the population anywhere else in the town center. The water supply only runs hourly within the different districts/purok. There are recent government efforts to improve the management of water resources in Malangas but all had failed. As of now, the government is trying to solve the problem to help get the people a good and fine water system.

text: One of the major problems in Malangas is the water system. Water resources are also less abundant. Almost 90 percent of the population get its water supply from a nearby barangay. But this is not abundant for the population. This explains the water scarcity in the area. While some barangays receive enough water, others experience constant water deficiency most especially in the poblacion area. Lack of access to water is a larger problem in the population anywhere else in the town center. The water supply only runs hourly within the different districts/purok. There are recent government efforts to improve the management of water resources in Malangas but all had failed. As of now, the government is trying to solve the problem to help get the people a good and fine water system.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: Lack of access to water

answers: NDQ_001771

answers: swimming, fishing, and swimming

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a problem in Malangas: water scarcity, agricultural chemicals, or lack of access to water?

answers: NDQ_001774

answers: is not abundant

answers: NDQ_001775

answers: What is the main purpose of water?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: barangays

answers: NDQ_001778

answers: Lack of access to water

answers: NDQ_001781

answers: lacks access to water

answers: NDQ_001782

answers: Which of the following is true of the population in Malangas?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason for the water scarcity in Malangas?

answers: NDQ_001788

answers: What may be the reason for the water scarcity in Malangas?

answers: NDQ_001789

answers: Which of the following is not a problem in Malangas?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a major problem in Malangas?

answers: NDQ_001797

answers: Which of the following is true of Malangas?

answers: NDQ_001798

answers: Which of the following is not the reason for water scarcity in Malangas?

answers: NDQ_001799

answers: Which of the following is true of water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: deficiency

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: water scarcity

answers: NDQ_001768

answers: a nearby barangay.

answers: NDQ_001769

answers: water supply from a nearby barangay.

answers: NDQ_001770

answers: water deficiency

answers: NDQ_001771

answers: water supply from a nearby barangay.

answers: NDQ_001772

answers: barangay.

answers: NDQ_001773

answers: water system.

answers: NDQ_001774

answers: abundant for the population.

answers: NDQ_001775

answers: water supply from a nearby barangay.

answers: NDQ_001776

answers: water system.

answers: NDQ_001777

answers: nearby barangay.

answers: NDQ_001778

answers: Lack of access to water

answers: NDQ_001781

answers: Water resources are also less abundant.

answers: NDQ_001782

answers: water supply from a nearby barangay.

answers: NDQ_001785

answers: water system.

answers: NDQ_001787

answers: water supply from a nearby barangay.

answers: NDQ_001788

answers: water supply from a nearby barangay.

answers: NDQ_001789

answers: water supply from a nearby barangay.

answers: NDQ_001790

answers: a nearby barangay.

answers: NDQ_001791

answers: a nearby barangay.

answers: NDQ_001792

answers: Water resources are also less abundant.

answers: NDQ_001793

answers: Water resources are also less abundant.

answers: NDQ_001794

answers: nearby barangay.

answers: NDQ_001795

answers: a nearby barangay.

answers: NDQ_001796

answers: water supply from a nearby barangay.

answers: NDQ_001797

answers: Water resources are also less abundant.

answers: NDQ_001798

answers: Water resources are also less abundant.

answers: NDQ_001799

answers: hourly

answers: NDQ_001800

answers: water system. Water resources are also less abundant.

answers: NDQ_001801

answers: constant water deficiency

answers: NDQ_001802

answers: constant water deficiency

answers: NDQ_001803

answers: water supply from a nearby barangay.

answers: NDQ_001804

answers: water supply from a nearby barangay.

answers: NDQ_001805

answers: water supply from a nearby barangay.

text: Water resources in Malaysia are abundant and available throughout the year. They are estimated at 580 km3/year (average 1977-2001), equivalent to more than 3,000 cubic meters per capita and year. In 1995, total water withdrawal was estimated at 12.5 km3, or less than 3 percent of available resources. 76 percent of water was used for agriculture, 11 percent for municipal water supply and 13 percent for industries. Thus only less than 1% of available water resources is used for drinking water supply.

text: Water resources in

text: Malaysia

text: are abundant and available throughout the year. They are estimated at 580 km3/year (average 1977-2001), equivalent to more than 3,000 cubic meters per capita and year. In 1995, total water withdrawal was estimated at 12.5 km3, or less than 3 percent of available resources. 76 percent of water was used for agriculture, 11 percent for municipal water supply and 13 percent for industries. Thus only less than 1% of available water resources is used for drinking water supply.

answers: NDQ_001768

answers: less than 1%

answers: NDQ_001769

answers: How many percent of water was used for agriculture?

answers: NDQ_001770

answers: drinking water supply

answers: NDQ_001771

answers: How many percent of water is used for drinking water supply?

answers: NDQ_001772

answers: industries

answers: NDQ_001773

answers: Which of the following is not a source of water: agriculture, municipal water supply or industries?

answers: NDQ_001774

answers: 12.5 km3

answers: NDQ_001775

answers: 13 percent

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: water withdrawal

answers: NDQ_001781

answers: used for industries

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, municipal water supply or industries?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of industry: industries or agriculture?

answers: NDQ_001788

answers: 76 percent of water was used for agriculture

answers: NDQ_001789

answers: Which of the following is not a type of industry: industries, agriculture, or drinking water supply?

answers: NDQ_001790

answers: How many percent of water is not used for drinking water supply?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or industries?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many percent of available water resources are used for drinking water supply?

answers: NDQ_001797

answers: How many percent of water was used for drinking water supply?

answers: NDQ_001798

answers: How many percent of water was used for drinking water supply?

answers: NDQ_001799

answers: Which of the following is not a source of water: agriculture, municipal water supply or industries?

answers: NDQ_001800

answers: NDQ_001801

answers: 2001

answers: NDQ_001802

answers: less than 1% of available water resources is used for drinking water supply

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: municipal water supply

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: agriculture,

answers: NDQ_001769

answers: municipal water supply

answers: NDQ_001770

answers: drinking water supply.

answers: NDQ_001771

answers: drinking water supply.

answers: NDQ_001772

answers: agriculture,

answers: NDQ_001773

answers: 76 percent of water

answers: NDQ_001774

answers: agriculture,

answers: NDQ_001775

answers: 13 percent

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: throughout the year.

answers: NDQ_001778

answers: agriculture,

answers: NDQ_001781

answers: 76 percent of water was used for agriculture,

answers: NDQ_001782

answers: 1% of available water resources is used for drinking water supply.

answers: NDQ_001785

answers: 3,000 cubic meters

answers: NDQ_001787

answers: 76 percent of water was used for agriculture, 11 percent for municipal water supply

answers: NDQ_001788

answers: 76 percent of water was used for agriculture,

answers: NDQ_001789

answers: industries.

answers: NDQ_001790

answers: abundant and available throughout the year.

answers: NDQ_001791

answers: agriculture,

answers: NDQ_001792

answers: 1% of available water resources is used for drinking water supply.

answers: NDQ_001793

answers: Malaysia

answers: NDQ_001794

answers: 76 percent of water was used for agriculture,

answers: NDQ_001795

answers: 1% of available water resources is used for drinking water supply.

answers: NDQ_001796

answers: 1% of available water resources is used for drinking water supply.

answers: NDQ_001797

answers: 1% of available water resources is used for drinking water supply.

answers: NDQ_001798

answers: 1% of available water resources is used for drinking water supply.

answers: NDQ_001799

answers: 1% of available water resources is used for drinking water supply.

answers: NDQ_001800

answers: water withdrawal

answers: NDQ_001801

answers: 1995,

answers: NDQ_001802

answers: less than 1% of available water resources is used for drinking water supply.

answers: NDQ_001803

answers: 76 percent of water was used for agriculture,

answers: NDQ_001804

answers: 12.5 km3,

answers: NDQ_001805

answers: agriculture,

text: In general, the demand for water is increasing as supplies become less reliable. Increased urbanization and suburban development in EID's service area places greater demand on water supplies and creates more wastewater and stormwater that must be dealt with. Agriculture, while grazing has become less common, other potentially water intensive crops have become more popular, such as fruit trees and grapes in orchards and vineyards. Agriculture, in addition to the area's naturally scenic qualities, has also increased tourism and recreational use. The population in the area is seasonal and places greater demand on the water system during the time of the year when supplies are most scarce: summer and fall. Climate change has the potential to reduce the water available for storage, and the area has few other water resources, with many areas remote enough to be isolated from the piping required to supply water from the rest of the Central Valley Project.

text: In general, the demand for water is increasing as supplies become less reliable. Increased

text: urbanization

text: and suburban development in EID's service area places greater demand on water supplies and creates more wastewater and stormwater that must be dealt with. Agriculture, while grazing has become less common, other potentially water intensive crops have become more popular, such as fruit trees and grapes in orchards and vineyards. Agriculture, in addition to the area's naturally scenic qualities, has also increased tourism and recreational use. The population in the area is seasonal and places greater demand on the water system during the time of the year when supplies are most scarce: summer and fall.

text: Climate change

text: has the potential to reduce the water available for storage, and the area has few other water resources, with many areas remote enough to be isolated from the piping required to supply water from the rest of the

text: Central Valley Project

answers: NDQ_001768

answers: more wastewater and stormwater

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: Increased urbanization and suburban development

answers: NDQ_001771

answers: tourism and recreational use

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of crop: fruit trees and grapes in orchards or vineyards?

answers: NDQ_001774

answers: wastewater and stormwater

answers: NDQ_001775

answers: more wastewater and stormwater

answers: NDQ_001776

answers: urbanization

answers: NDQ_001777

answers: seasonality

answers: NDQ_001778

answers: urbanization and suburban development

answers: NDQ_001781

answers: creates more wastewater

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, tourism, or recreational use?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not an agricultural use: fruit trees and grapes in orchards and vineyards?

answers: NDQ_001788

answers: Increased urbanization and suburban development in EID's service area

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What has the potential to reduce the water available for storage?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of crop: fruit trees and grapes in orchards and vineyards

answers: NDQ_001797

answers: Which of the following is not a type of crop: fruit trees and grapes in orchards and vineyards

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Which of the following is not a type of water: wastewater and stormwater?

answers: NDQ_001800

answers: climate change

answers: NDQ_001801

answers: summer and fall

answers: NDQ_001802

answers: wastewater and stormwater that must be dealt with

answers: NDQ_001803

answers: fruit trees and grapes

answers: NDQ_001804

answers: stormwater

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Agriculture,

answers: NDQ_001769

answers: wastewater

answers: NDQ_001770

answers: wastewater and stormwater

answers: NDQ_001771

answers: Agriculture,

answers: NDQ_001772

answers: Agriculture,

answers: NDQ_001773

answers: grazing has become less common, other potentially water intensive crops

answers: NDQ_001774

answers: wastewater

answers: NDQ_001775

answers: wastewater and stormwater that must be dealt with. Agriculture,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: seasonal

answers: NDQ_001778

answers: Increased urbanization and suburban development

answers: NDQ_001781

answers: Increased urbanization

answers: NDQ_001782

answers: Agriculture,

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Agriculture,

answers: NDQ_001788

answers: Agriculture,

answers: NDQ_001789

answers: water intensive crops

answers: NDQ_001790

answers: Climate change

answers: NDQ_001791

answers: Central Valley Project.

answers: NDQ_001792

answers: Central Valley Project.

answers: NDQ_001793

answers: supplies become less reliable.

answers: NDQ_001794

answers: storage,

answers: NDQ_001795

answers: supplies become less reliable.

answers: NDQ_001796

answers: Agriculture,

answers: NDQ_001797

answers: summer and fall.

answers: NDQ_001798

answers: Agriculture,

answers: NDQ_001799

answers: wastewater and stormwater

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: summer and fall.

answers: NDQ_001802

answers: wastewater

answers: NDQ_001803

answers: fruit trees and grapes in orchards and vineyards.

answers: NDQ_001804

answers: stormwater

answers: NDQ_001805

answers: Agriculture,

text: Given the high water scarcity in Jordan, the average per capita use is lower than in most other countries. Water production before network losses is about 120 liters per person and day while actual consumption is close to 80 liters per capita and day. A survey of water consumption habits by households in Eastern Amman and in 14 villages in the Northern Governorates showed that total consumption per capita lies between 60 and 80 liters per day. About 20-30% of this water is obtained from sources other than the public piped system, including from bottled water, water bought from tankers, rainwater harvesting and springs. In rural areas, 28% of households surveyed harvested rainwater and stored it in cisterns for drinking, since they considered it to be of better quality than piped water. In Eastern Amman, 12% of households bought water in large bottles and 30% bought water from private tankers. Most households have roof storage tanks with a volume of 1–2 m. According to the 2009 Population and Family Health Survey, 31% of households use bottled water, 7% use rainwater, 2% tanker water and 60% tap water as their primary source of drinking water. According to the same survey, 22% of households filter tap water and the majority does not apply any type of treatment. A 2007–08 survey by the German-Jordanian water programme in the middle governorates Zarqa, Balqa and Madaba showed that 79% of households use tap water as their main source of drinking water and that 37% of households treat water before drinking it. Treated water bought in 5-gallon canisters and private water vendors that supply water in trucks are the main source of drinking water for 15% of households.

text: Given the high water scarcity in Jordan, the average per capita use is lower than in most other countries. Water production before network losses is about 120 liters per person and day while actual consumption is close to 80 liters per capita and day. A survey of water consumption habits by households in Eastern Amman and in 14 villages in the Northern Governorates showed that total consumption per capita lies between 60 and 80 liters per day. About 20-30% of this water is obtained from sources other than the public piped system, including from bottled water, water bought from tankers,

text: rainwater harvesting

text: and springs. In rural areas, 28% of households surveyed harvested rainwater and stored it in cisterns for drinking, since they considered it to be of better quality than piped water. In Eastern Amman, 12% of households bought water in large bottles and 30% bought water from private tankers. Most households have roof storage tanks with a volume of 1–2 m. According to the 2009 Population and Family Health Survey, 31% of households use bottled water, 7% use rainwater, 2% tanker water and 60% tap water as their primary source of drinking water. According to the same survey, 22% of households filter tap water and the majority does not apply any type of treatment. A 2007–08 survey by the German-Jordanian water programme in the middle governorates Zarqa, Balqa and Madaba showed that 79% of households use tap water as their main source of drinking water and that 37% of households treat water before drinking it. Treated water bought in 5-gallon canisters and private water vendors that supply water in trucks are the main source of drinking water for 15% of households.

answers: NDQ_001768

answers: 31% of households use bottled water

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for what purpose?

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: bottled water, water bought from tankers, rainwater harvesting and springs

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a source of water: bottled water, tanker water or tap water?

answers: NDQ_001774

answers: network losses

answers: NDQ_001775

answers: How many percent of households use tap water as their primary source of drinking water?

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: water scarcity

answers: NDQ_001778

answers: 28% of households surveyed harvested rainwater

answers: NDQ_001781

answers: bottled water

answers: NDQ_001782

answers: Which of the following is not a form of life: bottled water, rainwater or tanks?

answers: NDQ_001785

answers: How many liters per person and day can we live without water?

answers: NDQ_001787

answers: According to the same survey, 22% of households filter tap water and the majority does not apply any type of treatment

answers: NDQ_001788

answers: In rural areas, 28% of households surveyed harvested rainwater

answers: NDQ_001789

answers: According to the same survey, 22% of households filter tap water

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or springs?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: NDQ_001796

answers: According to the same survey, 22% of households filter tap water

answers: NDQ_001797

answers: Which of the following is not a source of water: bottled water, rainwater harvesting or springs?

answers: NDQ_001798

answers: how many liters per day

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: 2007–08 survey by the German-Jordanian water programme

answers: NDQ_001802

answers: bottled water, water bought from tankers, rainwater harvesting and springs

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: cisterns

answers: NDQ_001805

answers: bottled water

answers: NDQ_001768

answers: bottled water,

answers: NDQ_001769

answers: 60% tap water as their primary source of drinking water.

answers: NDQ_001770

answers: network losses

answers: NDQ_001771

answers: rainwater harvesting and springs.

answers: NDQ_001772

answers: er water

answers: NDQ_001773

answers: 28% of households surveyed harvested rainwater

answers: NDQ_001774

answers: network losses

answers: NDQ_001775

answers: Water production before network losses

answers: NDQ_001776

answers: water and 60% tap water as their primary source of drinking water.

answers: NDQ_001777

answers: high water scarcity

answers: NDQ_001778

answers: 22% of households filter tap water

answers: NDQ_001781

answers: rainwater

answers: NDQ_001782

answers: 28% of households surveyed harvested rainwater

answers: NDQ_001785

answers: 79% of households use tap water

answers: NDQ_001787

answers: 79% of households use tap water

answers: NDQ_001788

answers: 28% of households surveyed harvested rainwater

answers: NDQ_001789

answers: rainwater harvesting and springs.

answers: NDQ_001790

answers: 79% of households use tap water

answers: NDQ_001791

answers: 79% of households use tap water

answers: NDQ_001792

answers: 79% of households use tap water

answers: NDQ_001793

answers: most other countries.

answers: NDQ_001794

answers: 79% of households use tap water

answers: NDQ_001795

answers: bottled water,

answers: NDQ_001796

answers: 79% of households use tap water

answers: NDQ_001797

answers: rural areas,

answers: NDQ_001798

answers: 2% tanker water and 60% tap water as their primary source of drinking water.

answers: NDQ_001799

answers: 37% of households treat water before drinking it.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: 2007–08

answers: NDQ_001802

answers: 22% of households filter tap water

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: cisterns

answers: NDQ_001805

answers: bottled water,

text: Rainfall in the warmer months contributes little or nothing to water resources and agriculture. Autumn and winter rainfall, on which agriculture and water supply generally depend, is somewhat variable from year to year.

text: Rainfall in the warmer months contributes little or nothing to water resources and agriculture. Autumn and winter rainfall, on which agriculture and water supply generally depend, is somewhat variable from year to year.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: precipitation

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used to increase the yield of crops.

answers: NDQ_001774

answers: rains in the warmer months

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: influenza

answers: NDQ_001777

answers: Autumn and winter rainfall

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: rains in the summer

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How can we live longer without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a benefit of autumn and winter rainfall?

answers: NDQ_001797

answers: Which of the following is true of Drier climates?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water resources

answers: NDQ_001801

answers: can be described as

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Autumn and winter rainfall,

answers: NDQ_001769

answers: agriculture.

answers: NDQ_001770

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001771

answers: Rainfall

answers: NDQ_001772

answers: agriculture.

answers: NDQ_001773

answers: agriculture.

answers: NDQ_001774

answers: Rainfall in the warmer months contributes little or nothing

answers: NDQ_001775

answers: agriculture.

answers: NDQ_001776

answers: Rainfall

answers: NDQ_001777

answers: Autumn and winter rainfall,

answers: NDQ_001778

answers: agriculture.

answers: NDQ_001781

answers: Rainfall in the warmer months

answers: NDQ_001782

answers: Autumn and winter rainfall,

answers: NDQ_001785

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001787

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001788

answers: Rainfall

answers: NDQ_001789

answers: Rainfall

answers: NDQ_001790

answers: Autumn and winter rainfall,

answers: NDQ_001791

answers: Rainfall in the warmer months

answers: NDQ_001792

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001793

answers: Rainfall in the warmer months contributes little or nothing

answers: NDQ_001794

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001795

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001796

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001797

answers: warmer months contributes little or nothing to water resources and agriculture.

answers: NDQ_001798

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001799

answers: Rainfall

answers: NDQ_001800

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001801

answers: Rainfall in the warmer months

answers: NDQ_001802

answers: little or nothing

answers: NDQ_001803

answers: Rainfall

answers: NDQ_001804

answers: Rainfall in the warmer months contributes little or nothing to water resources

answers: NDQ_001805

answers: agriculture.

text: The Berg River Dam is a  high dam on the Berg River in South Africa. It is the centerpiece of the Berg Water Project (BWP) which is designed to capture the winter rainfall and store it for supply to Cape Town during the dry summer months. The project in turn forms an important part of the Western Cape Water Supply System (WCWSS), an intricate system of dams and bulk water infrastructure that provides water to more than 3 million people. At the inauguration of the dam in 2009, then President of South Africa Kgalema Motlanthe called the project "a good example of how public infrastructure projects can be used to contribute meaningfully to poverty eradication and to foster social empowerment of the people." The Berg River Dam was the first dam in South Africa to be designed and constructed, and is due to be operated, in accordance with the guidelines of the World Commission on Dams. It has been completed on time and within budget. The Berg River basin and the adjacent metropolitan area of Cape Town are of particular importance to the Western Cape region because, although the basin generates only about 3% of the country's water resources, it is home to about 8% of South Africa's population, and produces about 12% of GDP.

text: The Berg River Dam is a  high

text: dam

text: on the

text: Berg River

text: in

text: South Africa

text: . It is the centerpiece of the Berg Water Project (BWP) which is designed to capture the winter rainfall and store it for supply to

text: Cape Town

text: during the dry summer months. The project in turn forms an important part of the

text: Western Cape Water Supply System

text: (WCWSS), an intricate system of dams and bulk water infrastructure that provides water to more than 3 million people. At the inauguration of the dam in 2009, then President of South Africa

text: Kgalema Motlanthe

text: called the project "a good example of how public infrastructure projects can be used to contribute meaningfully to poverty eradication and to foster social empowerment of the people." The Berg River Dam was the first dam in South Africa to be designed and constructed, and is due to be operated, in accordance with the guidelines of the

text: World Commission on Dams

text: . It has been completed on time and within budget. The Berg River basin and the adjacent metropolitan area of Cape Town are of particular importance to the Western Cape region because, although the basin generates only about 3% of the country's water resources, it is home to about 8% of South Africa's population, and produces about 12% of GDP.

answers: NDQ_001768

answers: 3 million people

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for what?

answers: NDQ_001770

answers: Berg River Dam

answers: NDQ_001771

answers: What is the Berg River Dam?

answers: NDQ_001772

answers: 3 million people

answers: NDQ_001773

answers: Which of the following is not a benefit of the Berg River Dam: poverty eradication or social empowerment of the people?

answers: NDQ_001774

answers: dry summer months

answers: NDQ_001775

answers: What is the Berg River Dam used for?

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: Berg River Dam

answers: NDQ_001778

answers: 8% of South Africa's population

answers: NDQ_001781

answers: does not have a dam

answers: NDQ_001782

answers: Which of the following is not true of the Western Cape Water Supply System?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: Which of the following is not a benefit of the Berg River Dam: poverty eradication and social empowerment of the people?

answers: NDQ_001788

answers: How would you describe the Western Cape Water Supply System?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the Berg Water Project (BWP) designed to capture?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is the Berg River Dam located?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a benefit of the Berg River Dam: poverty eradication and social empowerment of the people

answers: NDQ_001797

answers: How would you describe the climate of Cape Town?

answers: NDQ_001798

answers: How many percent of the country's water resources does the Berg River basin and the adjacent metropolitan area of Cape Town generate?

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: winter

answers: NDQ_001802

answers: the basin generates only about 3% of the country's water resources

answers: NDQ_001803

answers: dams

answers: NDQ_001804

answers: Berg Water Project

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: public infrastructure projects

answers: NDQ_001769

answers: 3 million people.

answers: NDQ_001770

answers: poverty eradication

answers: NDQ_001771

answers: The Berg River Dam

answers: NDQ_001772

answers: World Commission on Dams.

answers: NDQ_001773

answers: The Berg River Dam

answers: NDQ_001774

answers: dry summer months.

answers: NDQ_001775

answers: 12% of GDP.

answers: NDQ_001776

answers: Dams.

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: winter rainfall

answers: NDQ_001781

answers: dry summer months.

answers: NDQ_001782

answers: 3 million people.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Berg Water Project

answers: NDQ_001788

answers: 3%

answers: NDQ_001789

answers: public infrastructure projects can be used to contribute meaningfully to poverty eradication

answers: NDQ_001790

answers: 3%

answers: NDQ_001791

answers: 3%

answers: NDQ_001792

answers: winter rainfall

answers: NDQ_001793

answers: 3 million

answers: NDQ_001794

answers: 3%

answers: NDQ_001795

answers: 3%

answers: NDQ_001796

answers: The Berg River Dam

answers: NDQ_001797

answers: dry summer months.

answers: NDQ_001798

answers: 3%

answers: NDQ_001799

answers: winter rainfall and store it for supply to Cape Town during the dry summer months.

answers: NDQ_001800

answers: 3% of the country's water resources,

answers: NDQ_001801

answers: dry summer months.

answers: NDQ_001802

answers: 3%

answers: NDQ_001803

answers: capture the winter rainfall

answers: NDQ_001804

answers: Berg Water Project

answers: NDQ_001805

answers: 3%

text: All of these hazardous chemicals can cause liver damage, reproductive effects, neurobehavioral effects, immunotoxic effects, and developmental effects. Orders for cleanup were issued two years after PCP was first discovered and no serious human effects were reported. Many preventive actions have been implemented from the state and federal districts. From 1984 to 1986, bottled water was supplied to residential areas whose drinking supply was impacted. Thirty-four private residences were also connected with alternate water supply from the Oroville-Wyandotte Irrigation District. As of 2008, of those initial thirty-four residences, seven are still supplied the alternate water supply, compensated by Beazer East Inc. for their annual water bill. Groundwater has been monitored since 1985 for on and off sites. The site has been under surveillance, and federal intervention has kept many further human health risks from escalating.

text: All of these hazardous chemicals can cause liver damage, reproductive effects, neurobehavioral effects, immunotoxic effects, and developmental effects. Orders for cleanup were issued two years after PCP was first discovered and no serious human effects were reported. Many preventive actions have been implemented from the state and federal districts. From 1984 to 1986, bottled water was supplied to residential areas whose drinking supply was impacted. Thirty-four private residences were also connected with alternate water supply from the Oroville-Wyandotte Irrigation District. As of 2008, of those initial thirty-four residences, seven are still supplied the alternate water supply, compensated by Beazer East Inc. for their annual water bill. Groundwater has been monitored since 1985 for on and off sites. The site has been under surveillance, and federal intervention has kept many further human health risks from escalating.

answers: NDQ_001768

answers: bottled water

answers: NDQ_001769

answers: How many private residences are still supplied the alternate water supply, compensated by Beazer East Inc.

answers: NDQ_001770

answers: liver damage, reproductive effects, neurobehavioral effects

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: drinking, bottled water, or alternate water supply?

answers: NDQ_001772

answers: bottled water

answers: NDQ_001773

answers: Which of the following is not a type of hazardous chemical: PCP, bottled water, or alternative water supply?

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: How many private residences are still supplied the alternate water supply, compensated by Beazer East Inc.

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: Irrigation

answers: NDQ_001781

answers: contaminated with PCP

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of chemical: PCP, bottled water, or alternate water supply?

answers: NDQ_001788

answers: How many private residences were connected with alternate water supply from the Oroville-Wyandotte Irrigation District

answers: NDQ_001789

answers: Which of the following is not a type of energy: water, electricity, or bottled water?

answers: NDQ_001790

answers: How many residences are still supplied the alternate water supply?

answers: NDQ_001791

answers: How many private residences are still supplied the alternate water supply, compensated by Beazer East Inc.

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which is not true?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a cause of developmental effects: liver damage, reproductive effects, immunotoxic effects, or immunotoxic effects?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Wet climates?

answers: NDQ_001798

answers: How many private residences were connected with alternate water supply?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: 1984 to 1986

answers: NDQ_001802

answers: groundwater has been monitored since 1985 for on and off sites

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: oroville-wyandotte irrigation district

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: bottled water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: liver damage,

answers: NDQ_001771

answers: bottled water

answers: NDQ_001772

answers: bottled water

answers: NDQ_001773

answers: PCP

answers: NDQ_001774

answers: impacted.

answers: NDQ_001775

answers: bottled water

answers: NDQ_001776

answers: hazardous chemicals

answers: NDQ_001777

answers: impacted.

answers: NDQ_001778

answers: Irrigation District.

answers: NDQ_001781

answers: Oroville-Wyandotte Irrigation District.

answers: NDQ_001782

answers: bottled water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Oroville-Wyandotte Irrigation District.

answers: NDQ_001788

answers: Oroville-Wyandotte Irrigation District.

answers: NDQ_001789

answers: Groundwater

answers: NDQ_001790

answers: no serious human effects were reported.

answers: NDQ_001791

answers: Groundwater

answers: NDQ_001792

answers: Groundwater

answers: NDQ_001793

answers: no serious human effects were reported.

answers: NDQ_001794

answers: Groundwater

answers: NDQ_001795

answers: 2008,

answers: NDQ_001796

answers: bottled water

answers: NDQ_001797

answers: bottled water

answers: NDQ_001798

answers: Thirty-four private residences were also connected with alternate water supply

answers: NDQ_001799

answers: bottled water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 1986,

answers: NDQ_001802

answers: impacted.

answers: NDQ_001803

answers: Irrigation District.

answers: NDQ_001804

answers: Oroville-Wyandotte Irrigation District.

answers: NDQ_001805

answers: bottled water

text: Prices for water sold by tanker trucks. A cubic meter of water supplied by a water tanker may cost as much as 6 Riyals (US$1.50), or about 20 times more than water supplied through the network. Citizens who are not connected to the piped network, who are often poor, pay up to 40 times more for water than connected households. The monthly water bill is about 1 Riyal (US$0.27), compared to an average mobile phone bill of 200 Riyals. The price of a 19 cubic meter tank is 150 SR, and the price of a 30 cubic meter tank is 180 SR. Although price may change during holidays and peak seasons, and not all cities are the same.

text: Prices for water sold by tanker trucks. A cubic meter of water supplied by a water tanker may cost as much as 6 Riyals (US$1.50), or about 20 times more than water supplied through the network. Citizens who are not connected to the piped network, who are often poor, pay up to 40 times more for water than connected households. The monthly water bill is about 1 Riyal (US$0.27), compared to an average mobile phone bill of 200 Riyals. The price of a 19 cubic meter tank is 150 SR, and the price of a 30 cubic meter tank is 180 SR. Although price may change during holidays and peak seasons, and not all cities are the same.

answers: NDQ_001768

answers: tanker trucks

answers: NDQ_001769

answers: Municipal use of water refers to water that is

answers: NDQ_001770

answers: __

answers: NDQ_001771

answers: How much does a tank of water cost?

answers: NDQ_001772

answers: tanker trucks

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: is sold by tanker trucks

answers: NDQ_001775

answers: How much does a tank of water cost?

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: citizens who are not connected

answers: NDQ_001778

answers: Citizens who are not connected to the piped network

answers: NDQ_001781

answers: is not connected to the network

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How many times more can we live without water than food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: NDQ_001796

answers: How many times more for water than connected households?

answers: NDQ_001797

answers: How many Riyals is the monthly water bill of a 19 cubic meter tank?

answers: NDQ_001798

answers: How many times more for water than water supplied through the network?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: peak seasons

answers: NDQ_001802

answers: Citizens who are not connected to the piped network

answers: NDQ_001803

answers: tanker trucks

answers: NDQ_001804

answers: piped network

answers: NDQ_001805

answers: mobile phone bill

answers: NDQ_001768

answers: tanker trucks.

answers: NDQ_001769

answers: tanker trucks.

answers: NDQ_001770

answers: price may change during holidays and peak seasons,

answers: NDQ_001771

answers: tanker trucks.

answers: NDQ_001772

answers: tanker trucks.

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: tanker trucks.

answers: NDQ_001775

answers: tanker trucks.

answers: NDQ_001776

answers: water sold by tanker trucks. A cubic meter of water

answers: NDQ_001777

answers: Citizens who are not connected to the piped network,

answers: NDQ_001778

answers: Citizens who are not connected to the piped network,

answers: NDQ_001781

answers: 20 times more than water supplied through the network.

answers: NDQ_001782

answers: 20 times more than water supplied through the network.

answers: NDQ_001785

answers: 20 times more than water supplied through the network.

answers: NDQ_001787

answers: 20 times more than water supplied through the network.

answers: NDQ_001788

answers: 20 times more than water supplied through the network.

answers: NDQ_001789

answers: A cubic meter of water

answers: NDQ_001790

answers: 20 times more than water supplied through the network.

answers: NDQ_001791

answers: Prices for water sold by tanker trucks. A cubic meter of water

answers: NDQ_001792

answers: A cubic meter of water

answers: NDQ_001793

answers: connected households.

answers: NDQ_001794

answers: 20 times more than water supplied through the network.

answers: NDQ_001795

answers: Citizens who are not connected to the piped network,

answers: NDQ_001796

answers: Citizens who are not connected to the piped network,

answers: NDQ_001797

answers: 20 times more than water supplied through the network.

answers: NDQ_001798

answers: 20 times more than water supplied through the network.

answers: NDQ_001799

answers: piped network,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: holidays and peak seasons,

answers: NDQ_001802

answers: 20 times more than water supplied through the network.

answers: NDQ_001803

answers: water tanker

answers: NDQ_001804

answers: piped network,

answers: NDQ_001805

answers: mobile phone

text: Drinking water supply and sanitation in Algeria is characterized by achievements and challenges. Among the achievements is a substantial increase in the amount of drinking water supplied from reservoirs, long-distance water transfers and desalination at a low price to consumers, thanks to the country's substantial oil and gas revenues. These measures increased per capita water supply despite a rapidly increasing population. Another achievement is the transition from intermittent to continuous water supply in the capital Algiers in 2011, along with considerable improvements in wastewater treatment resulting in better water quality at beaches. These achievements were made possible through a public-private partnership with a private French water company. The number of wastewater treatment plants throughout the country increased rapidly from only 18 in 2000 to 113 in 2011, with 96 more under construction. However, there are also many challenges. One of them is poor service quality in many cities outside Algiers with 78% of urban residents suffering from intermittent water supply. Another challenge is the pollution of water resources. There has also been insufficient progress concerning reuse of treated water, a government priority in this dry country.

text: Drinking water supply and sanitation in Algeria is characterized by achievements and challenges. Among the achievements is a substantial increase in the amount of drinking water supplied from reservoirs, long-distance water transfers and desalination at a low price to consumers, thanks to the country's substantial oil and gas revenues. These measures increased per capita water supply despite a rapidly increasing population. Another achievement is the transition from intermittent to continuous water supply in the capital Algiers in 2011, along with considerable improvements in wastewater treatment resulting in better water quality at beaches. These achievements were made possible through a public-private partnership with a private French water company. The number of wastewater treatment plants throughout the country increased rapidly from only 18 in 2000 to 113 in 2011, with 96 more under construction. However, there are also many challenges. One of them is poor service quality in many cities outside Algiers with 78% of urban residents suffering from intermittent water supply. Another challenge is the pollution of water resources. There has also been insufficient progress concerning reuse of treated water, a government priority in this dry country.

answers: NDQ_001768

answers: intermittent water supply

answers: NDQ_001769

answers: Municipal use of water refers to water that is

answers: NDQ_001770

answers: pollution of water resources

answers: NDQ_001771

answers: What is better water quality at beaches?

answers: NDQ_001772

answers: urban residents

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: reservoirs, long-distance water transfers and desalination?

answers: NDQ_001774

answers: insufficient progress concerning reuse of treated water

answers: NDQ_001775

answers: What is the main purpose of wastewater treatment plants?

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: a rapidly increasing population

answers: NDQ_001778

answers: pollution of water resources

answers: NDQ_001781

answers: insufficient progress concerning reuse

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: Which of the following is not a challenge: pollution of water resources?

answers: NDQ_001788

answers: Which of the following is not a challenge: pollution of water resources?

answers: NDQ_001789

answers: Which of the following is not a type of energy: oil and gas or water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: reservoirs, long-distance water transfers and desalination?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a challenge: poor service quality in many cities outside Algiers?

answers: NDQ_001797

answers: Which of the following is not a challenge: pollution of water resources, a government priority in this dry country, or intermittent water supply?

answers: NDQ_001798

answers: How many years ago did the number of wastewater treatment plants increase rapidly from only 18 in 2000 to 113 in 2011?

answers: NDQ_001799

answers: Which of the following is not a source of drinking water?

answers: NDQ_001800

answers: NDQ_001801

answers: in this dry country

answers: NDQ_001802

answers: insufficient progress concerning reuse of treated water

answers: NDQ_001803

answers: desalination

answers: NDQ_001804

answers: wastewater treatment plants

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: long-distance water transfers and desalination

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: pollution of water resources.

answers: NDQ_001771

answers: beaches.

answers: NDQ_001772

answers: consumers,

answers: NDQ_001773

answers: 113 in 2011,

answers: NDQ_001774

answers: reuse of treated water,

answers: NDQ_001775

answers: desalination

answers: NDQ_001776

answers: pollution of water resources.

answers: NDQ_001777

answers: rapidly increasing population.

answers: NDQ_001778

answers: pollution of water resources.

answers: NDQ_001781

answers: reuse of treated water,

answers: NDQ_001782

answers: pollution of water resources.

answers: NDQ_001785

answers: Algeria

answers: NDQ_001787

answers: pollution of water resources.

answers: NDQ_001788

answers: pollution of water resources.

answers: NDQ_001789

answers: oil and gas

answers: NDQ_001790

answers: 78% of urban residents suffering from intermittent water supply.

answers: NDQ_001791

answers: 78% of urban residents suffering from intermittent water supply.

answers: NDQ_001792

answers: reservoirs,

answers: NDQ_001793

answers: 113 in 2011,

answers: NDQ_001794

answers: reservoirs,

answers: NDQ_001795

answers: 113 in 2011,

answers: NDQ_001796

answers: pollution of water resources.

answers: NDQ_001797

answers: dry

answers: NDQ_001798

answers: 113 in 2011,

answers: NDQ_001799

answers: long-distance water transfers

answers: NDQ_001800

answers: pollution of water resources.

answers: NDQ_001801

answers: dry country.

answers: NDQ_001802

answers: Another challenge is the pollution of water resources.

answers: NDQ_001803

answers: wastewater treatment plants

answers: NDQ_001804

answers: wastewater treatment plants

answers: NDQ_001805

answers: beaches.

text: Electricity, water and sewerage services to general public were first commissioned in 1925, with the establishment of The City Endowment Board. Rainwater harvesting, water and sewerage services are regulated by the Hyderabad Metropolitan Water Supply and Sewerage Board (HMWSSB). The HMWSSB sources water supply from multiple dams located in the suburbs of the city. To meet the growing consumption requirement and to provide regular water supply in the city, in 2005 the HMWSSB started operating -long water supply piple-line from Nagarjuna Sagar Dam. The HMWSSB operates a service named "Dial-a-Tanker" to provide water in emergencies to the residents of the city. A registered customer can obtain the water tanker with the payment of minimal charges. The rapid economical growth leading to the rise in the city's population and consequent increased demand of water has further jeopardised the water shortage of the city which receives scanty rainfall. The region's ground water levels are shrinking, and dams are facing water shortages. Inadequately treated effluents from industrial treatment plants are polluting the drinking water sources of the city.

text: Electricity, water and sewerage services to general public were first commissioned in 1925, with the establishment of The City Endowment Board. Rainwater harvesting, water and sewerage services are regulated by the

entity_name: Hyderabad Metropolitan Water Supply and Sewerage Board

text: Hyderabad Metropolitan Water Supply and Sewerage Board

text: (HMWSSB). The HMWSSB sources water supply from multiple dams located in the suburbs of the city. To meet the growing consumption requirement and to provide regular water supply in the city, in 2005 the HMWSSB started operating -long water supply piple-line from

text: Nagarjuna Sagar Dam

text: . The HMWSSB operates a service named "Dial-a-Tanker" to provide water in emergencies to the residents of the city. A registered customer can obtain the water tanker with the payment of minimal charges. The rapid economical growth leading to the rise in the city's population and consequent increased demand of water has further jeopardised the water shortage of the city which receives scanty rainfall. The region's

text: ground water

text: levels are shrinking, and dams are facing water shortages. Inadequately treated effluents from industrial treatment plants are polluting the drinking water sources of the city.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: What does Hyderabad Metropolitan Water Supply and Sewerage Board mean?

answers: NDQ_001770

answers: polluting the drinking water

answers: NDQ_001771

answers: How many dams are located in the suburbs of the city?

answers: NDQ_001772

answers: general public

answers: NDQ_001773

answers: Inadequately treated effluents from industrial treatment plants are polluting the drinking water sources of which city?

answers: NDQ_001774

answers: pollutes the drinking water sources

answers: NDQ_001775

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001776

answers: insufficiently treated effluents

answers: NDQ_001777

answers: economic growth

answers: NDQ_001778

answers: the rise in the city's population

answers: NDQ_001781

answers: pollutes the drinking water sources

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: rainwater harvesting, water and sewerage services or industrial treatment plants?

answers: NDQ_001788

answers: Inadequately treated effluents

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Inadequately treated effluents

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or Drier climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: The rapid economical growth

answers: NDQ_001802

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001803

answers: Rainwater harvesting

answers: NDQ_001804

answers: rainwater harvesting

answers: NDQ_001805

answers: industrial treatment plants

answers: NDQ_001768

answers: Rainwater harvesting,

answers: NDQ_001769

answers: general public

answers: NDQ_001770

answers: polluting the drinking water sources

answers: NDQ_001771

answers: Rainwater harvesting,

answers: NDQ_001772

answers: industrial treatment plants

answers: NDQ_001773

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001774

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001775

answers: treatment plants

answers: NDQ_001776

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001777

answers: rapid economical growth

answers: NDQ_001778

answers: rise in the city's population and consequent increased demand of water

answers: NDQ_001781

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001782

answers: rise in the city's population and consequent increased demand of water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001788

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001789

answers: Rainwater harvesting,

answers: NDQ_001790

answers: The rapid economical growth

answers: NDQ_001791

answers: Hyderabad Metropolitan Water Supply and Sewerage Board

answers: NDQ_001792

answers: Rainwater harvesting,

answers: NDQ_001793

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001794

answers: ground water levels are shrinking,

answers: NDQ_001795

answers: The rapid economical growth

answers: NDQ_001796

answers: Inadequately treated effluents from industrial treatment plants

answers: NDQ_001797

answers: scanty rainfall.

answers: NDQ_001798

answers: Rainwater harvesting,

answers: NDQ_001799

answers: Inadequately treated effluents

answers: NDQ_001800

answers: water shortages.

answers: NDQ_001801

answers: scanty rainfall.

answers: NDQ_001802

answers: Inadequately treated effluents

answers: NDQ_001803

answers: Rainwater harvesting,

answers: NDQ_001804

answers: -long water supply piple-line from Nagarjuna Sagar Dam.

answers: NDQ_001805

answers: Rainwater harvesting,

text: Water is becoming a scarce resource in Lebanon due to climate change, which leads to different rainfall patterns as well as to inefficient methods of distribution within the country. Most of Lebanon’s rainfall is in the four months of winter, but over the last 45 years, the Ministry of Environment (Lebanon) estimates that rainfall has decreased overall between 5 and 20 percent. The coastal strip of Lebanon gets approximately 2,000 mm of rain per year, while the Beqaa Valley to the east gets only one-tenth as much. In 2004, only about 21% of households across Lebanon had constant access to water in the summer months, with most of those households concentrated in or near Beirut. It is predicted that in future years, there will be higher temperatures, lower rainfall, and longer droughts, leading to even less access to water. According to the Ministry of Environment, several factors that are putting stress on Lebanon’s water resources are unsustainable water management practices, increasing water demand from all sectors, water pollution, and ineffective water governance. Lebanon has struggled with inadequate water and sanitation services for many years. The factors with the greatest effect on quality and quantity of water resources in Lebanon are population growth, urbanization (88% of the population now lives in urban areas), economic growth, and climate change. In recent years, population growth has been increased rapidly with the addition of many Syrian refugees. Some new projects have been proposed to restructure the water sector. Currently, over 48 percent of water supplied by the public system is lost through seepage and wastewater networks are extremely poor, or even non-existent in some areas. One project that is currently being implemented by the Ministry of Environment in collaboration with the United Nations Development Programme (UNDP) focusses on harvesting rainwater from agricultural greenhouse tops in order to increase water harvesting and reduce the pressure on pumping groundwater. This project is expected to increase water availability during the especially critical months of late summer and early autumn when there is less precipitation, which would help to reduce the risk of salinity in both soil and water, and to increase the resilience of crops faced with prolonged drought. There are also proposed projects that suggest the agricultural sector use recycled waste water to allow for more fresh and potable water for consumption. This would be a huge improvement, as solid-wast treatment facilities are in short supply, and over 92 percent of Lebanon’s sewage runs untreated directly into water-courses and the sea. If Lebanon does not reform its water sector, it is likely that there will be chronic and critical water shortages by 2020, which would create needs the Ministry of Energy and Water (MEW) would be unable to meet. Water is becoming a scarce resource and if Lebanon instates reformed practices, the progression forward into future water scarcity can be slowed.

text: Water

text: is becoming a scarce resource in Lebanon due to climate change, which leads to different rainfall patterns as well as to inefficient methods of distribution within the country. Most of Lebanon’s rainfall is in the four months of winter, but over the last 45 years, the

text: Ministry of Environment (Lebanon)

text: estimates that rainfall has decreased overall between 5 and 20 percent. The coastal strip of Lebanon gets approximately 2,000 mm of rain per year, while the

text: Beqaa Valley

text: to the east gets only one-tenth as much. In 2004, only about 21% of households across Lebanon had constant access to water in the summer months, with most of those households concentrated in or near

text: Beirut

text: . It is predicted that in future years, there will be higher temperatures, lower rainfall, and longer droughts, leading to even less access to water. According to the Ministry of Environment, several factors that are putting stress on Lebanon’s water resources are unsustainable water management practices, increasing water demand from all sectors, water pollution, and ineffective water governance. Lebanon has struggled with inadequate water and sanitation services for many years. The factors with the greatest effect on quality and quantity of water resources in Lebanon are population growth, urbanization (88% of the population now lives in urban areas), economic growth, and climate change. In recent years, population growth has been increased rapidly with the addition of many Syrian refugees. Some new projects have been proposed to restructure the water sector. Currently, over 48 percent of water supplied by the public system is lost through seepage and wastewater networks are extremely poor, or even non-existent in some areas. One project that is currently being implemented by the Ministry of Environment in collaboration with the

text: United Nations Development Programme

text: (UNDP) focusses on harvesting rainwater from agricultural greenhouse tops in order to increase water harvesting and reduce the pressure on pumping groundwater. This project is expected to increase water availability during the especially critical months of late summer and early autumn when there is less precipitation, which would help to reduce the risk of salinity in both soil and water, and to increase the resilience of crops faced with prolonged drought. There are also proposed projects that suggest the agricultural sector use recycled waste water to allow for more fresh and potable water for consumption. This would be a huge improvement, as solid-wast treatment facilities are in short supply, and over 92 percent of Lebanon’s sewage runs untreated directly into water-courses and the sea. If Lebanon does not reform its water sector, it is likely that there will be chronic and critical water shortages by 2020, which would create needs the Ministry of Energy and Water (MEW) would be unable to meet. Water is becoming a scarce resource and if Lebanon instates reformed practices, the progression forward into future water scarcity can be slowed.

answers: NDQ_001768

answers: unsustainable water management practices

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: Salinity in soil

answers: NDQ_001771

answers: How many percent of Lebanon's sewage runs un?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Unsustainable water management practices, increasing water demand from all sectors, water pollution

answers: NDQ_001774

answers: seepage

answers: NDQ_001775

answers: unsustainable water management practices

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: increasing water demand

answers: NDQ_001781

answers: seepage

answers: NDQ_001782

answers: Why is water becoming a scarce resource in Lebanon?

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: unanswerable

answers: NDQ_001788

answers: over 48 percent of water supplied by the public system

answers: NDQ_001789

answers: Which of the following is not a possible use of water in Lebanon?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: It is predicted that in future years, higher temperatures, lower rainfall, and longer droughts, leading to even less access to water.

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why is water becoming a scarce resource in Lebanon?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Which of the following is not true?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: Drought

answers: NDQ_001802

answers: over 92 percent of Lebanon’s sewage

answers: NDQ_001803

answers: harvesting rainwater

answers: NDQ_001804

answers: harvesting rainwater

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: recycled waste water

answers: NDQ_001769

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001770

answers: salinity

answers: NDQ_001771

answers: recycled waste water to allow for more fresh and potable water for consumption.

answers: NDQ_001772

answers: agricultural sector use recycled waste water

answers: NDQ_001773

answers: recycled waste water

answers: NDQ_001774

answers: seepage

answers: NDQ_001775

answers: water pollution,

answers: NDQ_001776

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001777

answers: population growth,

answers: NDQ_001778

answers: increasing water demand from all sectors,

answers: NDQ_001781

answers: seepage

answers: NDQ_001782

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001785

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001787

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001788

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001789

answers: harvesting rainwater

answers: NDQ_001790

answers: recycled waste water

answers: NDQ_001791

answers: recycled waste water

answers: NDQ_001792

answers: wastewater networks are extremely poor, or even non-existent in some areas.

answers: NDQ_001793

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001794

answers: 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001795

answers: recycled waste water

answers: NDQ_001796

answers: wastewater networks are extremely poor,

answers: NDQ_001797

answers: droughts,

answers: NDQ_001798

answers: recycled waste water

answers: NDQ_001799

answers: recycled waste water

answers: NDQ_001800

answers: over 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001801

answers: late summer and early autumn

answers: NDQ_001802

answers: over 48 percent of water supplied by the public system is lost through seepage

answers: NDQ_001803

answers: harvesting rainwater from agricultural greenhouse top

answers: NDQ_001804

answers: agricultural greenhouse top

answers: NDQ_001805

answers: population growth,

text: The quality of drinking water is vital for human health. Peak water constraints result in people not having access to safe water for basic personal hygiene. "Infectious waterborne disease

text: The quality of drinking water is vital for human health. Peak water constraints result in people not having access to safe water for basic personal hygiene. "Infectious

text: waterborne disease

answers: NDQ_001768

answers: safe water for personal hygiene

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: cholera

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are harmful to the environment.

answers: NDQ_001774

answers: is not safe

answers: NDQ_001775

answers: basic personal hygiene

answers: NDQ_001776

answers: infectious waterborne disease

answers: NDQ_001777

answers: peak water constraints

answers: NDQ_001778

answers: not having access to safe water

answers: NDQ_001781

answers: is not safe to drink

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: The quality of drinking water is vital for human health.

answers: NDQ_001788

answers: Water conservation is important for human health.

answers: NDQ_001789

answers: What can be done with water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: Which of the following is not a source of infectious waterborne disease?

answers: NDQ_001792

answers: glaciers are a source of fresh water in some locations

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: no one

answers: NDQ_001796

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: can result in people not having access to safe water

answers: NDQ_001802

answers: NDQ_001803

answers: can be used as a source of water

answers: NDQ_001804

answers: can be used as a drinking water source

answers: NDQ_001805

answers: personal hygiene

answers: NDQ_001768

answers: Peak water constraints result in people not having access to safe water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: "Infectious waterborne disease

answers: NDQ_001771

answers: The quality of drinking water

answers: NDQ_001772

answers: drinking water

answers: NDQ_001773

answers: The quality of drinking water

answers: NDQ_001774

answers: Peak water constraints

answers: NDQ_001775

answers: The quality of drinking water

answers: NDQ_001776

answers: "Infectious waterborne disease

answers: NDQ_001777

answers: Peak water constraints

answers: NDQ_001778

answers: people not having access to safe water for basic personal hygiene.

answers: NDQ_001781

answers: Peak water constraints

answers: NDQ_001782

answers: The quality of drinking water

answers: NDQ_001785

answers: waterborne disease

answers: NDQ_001787

answers: The quality of drinking water

answers: NDQ_001788

answers: The quality of drinking water

answers: NDQ_001789

answers: Peak water constraints

answers: NDQ_001790

answers: "Infectious waterborne disease

answers: NDQ_001791

answers: The quality of drinking water

answers: NDQ_001792

answers: Peak water constraints result in people not having access to safe water

answers: NDQ_001793

answers: Peak water constraints

answers: NDQ_001794

answers: Peak water constraints result in people not having access to safe water

answers: NDQ_001795

answers: Peak water constraints

answers: NDQ_001796

answers: "Infectious waterborne disease

answers: NDQ_001797

answers: Peak water constraints

answers: NDQ_001798

answers: Peak water constraints

answers: NDQ_001799

answers: Peak water constraints result in people not having access to safe water

answers: NDQ_001800

answers: Peak water constraints

answers: NDQ_001801

answers: Peak water constraints

answers: NDQ_001802

answers: Peak water constraints result in people not having access to safe water

answers: NDQ_001803

answers: The quality of drinking water

answers: NDQ_001804

answers: drinking water

answers: NDQ_001805

answers: personal hygiene.

text: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage and are highly influenced by the Israeli occupation. The water resources of Palestine are fully controlled by Israel and the division of groundwater is subject to provisions in the Oslo II Accord.

text: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage and are highly influenced by the Israeli occupation. The water resources of

text: Palestine

text: are fully controlled by Israel and the division of groundwater is subject to provisions in the

text: Oslo II Accord

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: sanitation

answers: NDQ_001770

answers: severe water shortage

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Israel

answers: NDQ_001773

answers: are used in the manufacture of fertilizers.

answers: NDQ_001774

answers: groundwater is divided

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: the Israeli occupation

answers: NDQ_001778

answers: Israeli occupation

answers: NDQ_001781

answers: unsuitable

answers: NDQ_001782

answers: What does the Israeli occupation have to do with water?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a possible reason for the severe water shortage in the Palestinian territories?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: The water resources of Palestine are fully controlled by Israel

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a reason for the severe water shortage in the Palestinian territories?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can not be answered

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: groundwater is subject to provisions in the Oslo II Accord.

answers: NDQ_001769

answers: sanitation

answers: NDQ_001770

answers: severe water shortage

answers: NDQ_001771

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001772

answers: Israel

answers: NDQ_001773

answers: Oslo II Accord.

answers: NDQ_001774

answers: groundwater

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: Water supply and sanitation

answers: NDQ_001777

answers: Israeli occupation.

answers: NDQ_001778

answers: Israeli occupation.

answers: NDQ_001781

answers: water shortage

answers: NDQ_001782

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001785

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001787

answers: Oslo II Accord.

answers: NDQ_001788

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001791

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001792

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001793

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001796

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001797

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001798

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001799

answers: Oslo II Accord.

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001802

answers: severe water shortage

answers: NDQ_001803

answers: Water supply and sanitation in the Palestinian territories are characterized by severe water shortage

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: Water supply and sanitation

text: The aim of the Greater Beirut Water Supply Project (GBWSP) is to provide water from the Litani River as well as the Awali River, for those who live in the region of Greater Beirut. It aims to get water to those who have a low income within the Greater Beirut area. It is also focused on increasing short-term supply of potable water for those areas as well. About 40% of Lebanon's populations is located in the Greater Beirut region. Over the last forty years, the Lebanese population living in this region have experienced water shortages due to the lack of water distribution and increased demand of water. This shortage in water stems from the political conflicts that Lebanon has been experiencing over the previous years and even still today.

text: The aim of the Greater Beirut Water Supply Project (GBWSP) is to provide water from the

text: Litani River

text: as well as the

text: Awali River

text: , for those who live in the region of Greater Beirut. It aims to get water to those who have a low income within the Greater Beirut area. It is also focused on increasing short-term supply of potable water for those areas as well. About 40% of Lebanon's populations is located in the Greater Beirut region. Over the last forty years, the Lebanese population living in this region have experienced water shortages due to the lack of water distribution and increased demand of water. This shortage in water stems from the political conflicts that Lebanon has been experiencing over the previous years and even still today.

answers: NDQ_001768

answers: potable water

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: What is the purpose of the GBWSP?

answers: NDQ_001772

answers: Lebanese

answers: NDQ_001773

answers: Which of the following is not a source of water: the Litani River or the Awali River?

answers: NDQ_001774

answers: lacks distribution

answers: NDQ_001775

answers: potable water for those areas as well

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: political conflicts that Lebanon has been experiencing

answers: NDQ_001778

answers: political conflicts

answers: NDQ_001781

answers: lacks potable water

answers: NDQ_001782

answers: Which of the following is not a source of water: the Litani River or the Awali River?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: the Litani River or the Awali River?

answers: NDQ_001788

answers: Which of the following is not a reason for water shortages?

answers: NDQ_001789

answers: Which of the following is not a source of water: the Litani River or the Awali River?

answers: NDQ_001790

answers: Which is not the answer to the above question?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of fresh water: the Litani River or the Awali River?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of water: Litani River, Awali River, or Lebanon?

answers: NDQ_001797

answers: Which of the following is not a reason for water shortages: political conflicts or lack of water distribution?

answers: NDQ_001798

answers: How many percent of Lebanon's populations is located in the Greater Beirut region?

answers: NDQ_001799

answers: What is the purpose of the GBWSP?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: over the previous years and even still today

answers: NDQ_001802

answers: Lack of water distribution and increased demand of water

answers: NDQ_001803

answers: potable water

answers: NDQ_001804

answers: Litani River

answers: NDQ_001805

answers: potable water

answers: NDQ_001768

answers: potable water

answers: NDQ_001769

answers: potable

answers: NDQ_001770

answers: water shortages due to the lack of water distribution and increased demand of water.

answers: NDQ_001771

answers: potable water

answers: NDQ_001772

answers: 40% of Lebanon's populations is located in the Greater Beirut region.

answers: NDQ_001773

answers: Greater Beirut Water Supply Project

answers: NDQ_001774

answers: political conflicts

answers: NDQ_001775

answers: potable water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: increased demand of water.

answers: NDQ_001778

answers: political conflicts

answers: NDQ_001781

answers: lack of water distribution and increased demand of water.

answers: NDQ_001782

answers: water shortages

answers: NDQ_001785

answers: water shortages due to the lack of water distribution and increased demand of water.

answers: NDQ_001787

answers: increasing short-term supply of potable water

answers: NDQ_001788

answers: 40%

answers: NDQ_001789

answers: water shortages due to the lack of water distribution and increased demand of water.

answers: NDQ_001790

answers: 40%

answers: NDQ_001791

answers: 40%

answers: NDQ_001792

answers: 40%

answers: NDQ_001793

answers: Greater Beirut Water Supply Project

answers: NDQ_001794

answers: 40% of Lebanon's populations is located in the Greater Beirut region.

answers: NDQ_001795

answers: 40%

answers: NDQ_001796

answers: water shortages due to the lack of water distribution and increased demand of water.

answers: NDQ_001797

answers: water shortages

answers: NDQ_001798

answers: forty years,

answers: NDQ_001799

answers: potable water

answers: NDQ_001800

answers: water shortages due to the lack of water distribution and increased demand of water.

answers: NDQ_001801

answers: Over the last forty years,

answers: NDQ_001802

answers: water shortages

answers: NDQ_001803

answers: short-term supply of potable water

answers: NDQ_001804

answers: Greater Beirut Water Supply Project

answers: NDQ_001805

answers: potable water

text: An assessment of water management in agriculture was conducted in 2007 by the International Water Management Institute in Sri Lanka to see if the world had sufficient water to provide food for its growing population. It assessed the current availability of water for agriculture on a global scale and mapped out locations suffering from water scarcity. It found that a fifth of the world's people, more than 1.2 billion, live in areas of physical water scarcity, where there is not enough water to meet all demands. A further 1.6 billion people live in areas experiencing economic water scarcity, where the lack of investment in water or insufficient human capacity make it impossible for authorities to satisfy the demand for water. The report found that it would be possible to produce the food required in future, but that continuation of today's food production and environmental trends would lead to crises in many parts of the world. To avoid a global water crisis, farmers will have to strive to increase productivity to meet growing demands for food, while industry and cities find ways to use water more efficiently.

text: An assessment of water management in agriculture was conducted in 2007 by the

text: International Water Management Institute

text: in

text: Sri Lanka

text: to see if the world had sufficient water to provide food for its growing population. It assessed the current availability of water for agriculture on a global scale and mapped out locations suffering from water scarcity. It found that a fifth of the world's people, more than 1.2 billion, live in areas of

text: physical water scarcity

text: , where there is not enough water to meet all demands. A further 1.6 billion people live in areas experiencing

text: economic water scarcity

text: , where the lack of investment in water or insufficient human capacity make it impossible for authorities to satisfy the demand for water. The report found that it would be possible to produce the food required in future, but that continuation of today's food production and environmental trends would lead to crises in many parts of the world. To avoid a global water crisis, farmers will have to strive to increase productivity to meet growing demands for food, while industry and cities find ways to use water more efficiently.

answers: NDQ_001768

answers: economic water scarcity

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: How many billion people live in areas experiencing water scarcity?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of water scarcity: physical water scarcity, economic water scarcity or human capacity?

answers: NDQ_001774

answers: insufficient human capacity

answers: NDQ_001775

answers: Which of the following is not a type of water scarcity: economic water scarcity, physical water scarcity or agriculture?

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: physical water scarcity

answers: NDQ_001778

answers: today's food production

answers: NDQ_001781

answers: lacks efficiency

answers: NDQ_001782

answers: How many billion people live in areas experiencing economic water scarcity?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: industry and cities find ways to use water more efficiently

answers: NDQ_001788

answers: industrial and cities find ways to use water more efficiently

answers: NDQ_001789

answers: What can industry and cities find ways to use water more efficiently?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: a fifth of the world's people

answers: NDQ_001797

answers: How many billion people live in areas experiencing economic water scarcity?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: economic water scarcity

answers: NDQ_001802

answers: a fifth of the world's people

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: industry and cities find ways to use water more efficiently.

answers: NDQ_001769

answers: cities

answers: NDQ_001770

answers: global water crisis,

answers: NDQ_001771

answers: industry and cities find ways to use water

answers: NDQ_001772

answers: industry and cities

answers: NDQ_001773

answers: International Water Management Institute in Sri Lanka

answers: NDQ_001774

answers: lack of investment in water or insufficient human capacity

answers: NDQ_001775

answers: more efficiently.

answers: NDQ_001776

answers: water scarcity.

answers: NDQ_001777

answers: lack of investment in water or insufficient human capacity

answers: NDQ_001778

answers: food production

answers: NDQ_001781

answers: water scarcity.

answers: NDQ_001782

answers: physical water scarcity,

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: industry and cities find ways to use water more efficiently.

answers: NDQ_001788

answers: use water more efficiently.

answers: NDQ_001789

answers: industry and cities find ways to use water more efficiently.

answers: NDQ_001790

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001791

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001792

answers: physical water scarcity,

answers: NDQ_001793

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001794

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001795

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001796

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001797

answers: physical water scarcity,

answers: NDQ_001798

answers: industry and cities find ways to use water more efficiently.

answers: NDQ_001799

answers: industry and cities find ways to use water more efficiently.

answers: NDQ_001800

answers: physical water scarcity,

answers: NDQ_001801

answers: 2007 by the International Water Management Institute in Sri Lanka

answers: NDQ_001802

answers: 1.2 billion, live in areas of physical water scarcity,

answers: NDQ_001803

answers: ways to use water more efficiently.

answers: NDQ_001804

answers: International Water Management Institute in Sri Lanka

answers: NDQ_001805

answers: food

text: Karekatte has Fully Covered Water Supply' to every household, Developed under the Accelerated Rural Water Supply Programme (ARWSP) was introduced by the Government of India to accelerate the pace of coverage of drinking water supply.

text: Karekatte has Fully Covered Water Supply' to every household, Developed under the Accelerated Rural Water Supply Programme (ARWSP) was introduced by the Government of India to accelerate the pace of coverage of drinking water supply.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: household

answers: NDQ_001773

answers: are a type of

answers: NDQ_001774

answers: is not covered

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: the availability of water

answers: NDQ_001778

answers: household

answers: NDQ_001781

answers: is not used for drinking

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: None of the above choices.

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: How would you describe Karekatte?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: How would you describe Karekatte?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: Karekatte

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: can not be used to collect water

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: drinking water supply.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: household,

answers: NDQ_001773

answers: Accelerated Rural Water Supply Programme

answers: NDQ_001774

answers: drinking water

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: Government of India to accelerate the pace of coverage of drinking water supply.

answers: NDQ_001778

answers: household,

answers: NDQ_001781

answers: drinking water

answers: NDQ_001782

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001785

answers: Accelerated Rural Water Supply Programme

answers: NDQ_001787

answers: Accelerated Rural Water Supply Programme

answers: NDQ_001788

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001789

answers: Accelerated Rural Water Supply Programme

answers: NDQ_001790

answers: Karekatte has Fully Covered Water Supply'

answers: NDQ_001791

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001792

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001793

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001794

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001795

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001796

answers: Accelerated Rural Water Supply Programme

answers: NDQ_001797

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001798

answers: Karekatte has Fully Covered Water Supply' to every household,

answers: NDQ_001799

answers: drinking water

answers: NDQ_001800

answers: Water Supply'

answers: NDQ_001801

answers: Karekatte

answers: NDQ_001802

answers: Fully Covered Water Supply' to every household,

answers: NDQ_001803

answers: Accelerated Rural Water Supply Programme

answers: NDQ_001804

answers: Accelerated Rural Water Supply Programme

answers: NDQ_001805

answers: drinking water

text: Due to the south west monsoon winds passing through the Palghat gap, elevated regions of the city receive rainfall in the months from June to August. After a warm and humid September, the north east monsoon starts from October lasting till early November. The average annual rainfall is around  with the northeast and the southwest monsoons contributing to 47% and 28% respectively to the total rainfall. This periodic rainfall does not satisfy the water requirements of the city throughout the year and water supply schemes like Siruvani and Pilloor help to sustain the needs of the city during the non-monsoon months.

text: Due to the south west monsoon winds passing through the Palghat gap, elevated regions of the city receive rainfall in the months from June to August. After a warm and humid September, the north east monsoon starts from October lasting till early November. The average annual rainfall is around  with the northeast and the southwest monsoons contributing to 47% and 28% respectively to the total rainfall. This periodic rainfall does not satisfy the water requirements of the city throughout the year and water supply schemes like Siruvani and Pilloor help to sustain the needs of the city during the non-monsoon months.

answers: NDQ_001768

answers: 28%

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: water supply schemes like Pilloor

answers: NDQ_001772

answers: the southwest monsoon

answers: NDQ_001773

answers: Which of the following is not a source of water supply schemes like Siruvani and Pilloor?

answers: NDQ_001774

answers: does not satisfy the water requirements

answers: NDQ_001775

answers: to sustain the needs

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: water supply schemes

answers: NDQ_001781

answers: does not satisfy the water requirements of the city

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: Which of the following is not a water supply scheme?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many months does the north east monsoon last?

answers: NDQ_001797

answers: How many months does the north east monsoon last?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: does not satisfy the water requirements of the city throughout the year

answers: NDQ_001803

answers: water supply schemes

answers: NDQ_001804

answers: Palghat gap

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: water supply schemes

answers: NDQ_001769

answers: water supply schemes

answers: NDQ_001770

answers: non-monsoon months.

answers: NDQ_001771

answers: Siruvani and Pilloor

answers: NDQ_001772

answers: northeast and the southwest monsoons

answers: NDQ_001773

answers: south west monsoon winds passing through the Palghat gap,

answers: NDQ_001774

answers: periodic rainfall does not satisfy the water requirements

answers: NDQ_001775

answers: water supply schemes

answers: NDQ_001776

answers: rainfall

answers: NDQ_001777

answers: non-monsoon months.

answers: NDQ_001778

answers: water requirements

answers: NDQ_001781

answers: periodic rainfall does not satisfy the water requirements of the city throughout the year

answers: NDQ_001782

answers: water supply schemes

answers: NDQ_001785

answers: water supply schemes

answers: NDQ_001787

answers: water supply schemes

answers: NDQ_001788

answers: water supply schemes

answers: NDQ_001789

answers: water supply schemes

answers: NDQ_001790

answers: water supply schemes

answers: NDQ_001791

answers: the northeast and the southwest monsoons contributing to 47%

answers: NDQ_001792

answers: water supply schemes

answers: NDQ_001793

answers: water supply schemes

answers: NDQ_001794

answers: water supply schemes

answers: NDQ_001795

answers: water supply schemes

answers: NDQ_001796

answers: water supply schemes

answers: NDQ_001797

answers: This periodic rainfall does not satisfy the water requirements of the city throughout the year

answers: NDQ_001798

answers: water supply schemes

answers: NDQ_001799

answers: water supply schemes

answers: NDQ_001800

answers: water requirements

answers: NDQ_001801

answers: June to August. After a warm and humid September,

answers: NDQ_001802

answers: This periodic rainfall does not satisfy the water requirements

answers: NDQ_001803

answers: water supply schemes

answers: NDQ_001804

answers: Siruvani and Pilloor

answers: NDQ_001805

answers: water supply schemes

text: The Ministry of Irrigation (Syria) is responsible for supplying water for agriculture.

text: The

text: Ministry of Irrigation (Syria)

text: is responsible for supplying water for agriculture.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: is not used for agriculture

answers: NDQ_001775

answers: production of food

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: supplying water for agriculture

answers: NDQ_001781

answers: wastes too much

answers: NDQ_001782

answers: What does the Ministry of Irrigation do?

answers: NDQ_001785

answers: (A).

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: Why would the Ministry of Irrigation supply water for agriculture?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of Syria?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: agriculture.

answers: NDQ_001769

answers: agriculture.

answers: NDQ_001770

answers: agriculture.

answers: NDQ_001771

answers: agriculture.

answers: NDQ_001772

answers: agriculture.

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: agriculture.

answers: NDQ_001775

answers: agriculture.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: agriculture.

answers: NDQ_001778

answers: agriculture.

answers: NDQ_001781

answers: agriculture.

answers: NDQ_001782

answers: agriculture.

answers: NDQ_001785

answers: The Ministry of Irrigation

answers: NDQ_001787

answers: The Ministry of Irrigation

answers: NDQ_001788

answers: The Ministry of Irrigation

answers: NDQ_001789

answers: agriculture.

answers: NDQ_001790

answers: The Ministry of Irrigation

answers: NDQ_001791

answers: The Ministry of Irrigation

answers: NDQ_001792

answers: agriculture.

answers: NDQ_001793

answers: The Ministry of Irrigation (Syria)

answers: NDQ_001794

answers: The Ministry of Irrigation

answers: NDQ_001795

answers: The Ministry of Irrigation

answers: NDQ_001796

answers: The Ministry of Irrigation

answers: NDQ_001797

answers: The Ministry of Irrigation

answers: NDQ_001798

answers: The Ministry of Irrigation

answers: NDQ_001799

answers: The Ministry of Irrigation

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The Ministry of Irrigation

answers: NDQ_001802

answers: agriculture.

answers: NDQ_001803

answers: Irrigation

answers: NDQ_001804

answers: The Ministry of Irrigation

answers: NDQ_001805

answers: agriculture.

text: "A safe water supply is absolutely critical to the health and safety of the people of Illinois," added Madigan. "The bill passed by the General Assembly strengthens the law and will help to keep our drinking water safe."

text: "A safe water supply is absolutely critical to the health and safety of the people of Illinois," added Madigan. "The bill passed by the General Assembly strengthens the law and will help to keep our drinking water safe."

answers: NDQ_001768

answers: untreated water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: health problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Illinois

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: is not safe

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: the law

answers: NDQ_001778

answers: passing the General Assembly

answers: NDQ_001781

answers: is not safe

answers: NDQ_001782

answers: What is the purpose of the bill?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: None of the above choices .

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: It can be used to generate electricity.

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: (II).

answers: NDQ_001795

answers: It's impossible to say

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: can not be described as a

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used as a source of water

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: drinking water

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: Illinois,"

answers: NDQ_001773

answers: drinking water

answers: NDQ_001774

answers: drinking water

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: health and safety

answers: NDQ_001778

answers: people of Illinois,"

answers: NDQ_001781

answers: drinking water

answers: NDQ_001782

answers: "A safe water supply

answers: NDQ_001785

answers: Illinois,"

answers: NDQ_001787

answers: drinking water

answers: NDQ_001788

answers: drinking water

answers: NDQ_001789

answers: drinking water

answers: NDQ_001790

answers: Illinois,"

answers: NDQ_001791

answers: Illinois,"

answers: NDQ_001792

answers: drinking water

answers: NDQ_001793

answers: Illinois,"

answers: NDQ_001794

answers: water

answers: NDQ_001795

answers: Illinois,"

answers: NDQ_001796

answers: "A safe water supply

answers: NDQ_001797

answers: Illinois,"

answers: NDQ_001798

answers: will help to keep our drinking water

answers: NDQ_001799

answers: drinking water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Illinois,"

answers: NDQ_001802

answers: absolutely critical to the health and safety of the people of Illinois,"

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: drinking water

answers: NDQ_001805

answers: drinking water

text: Pristina is one of the municipalities with the most severe water shortages in the country. Citizens of Pristina have to cope with daily water curbs due to the lack of rainfall and snowfall which has left the city's water supplies in a dreadful condition. The current water resources do not fulfil the needs of the overgrowing population of Pristina. The water supply comes from the two main reservoirs of Batllava and Badovci. However, there are many problems with the water supply that comes from these two reservoirs which supply 92% of the population in Pristina. As such, the authorities have increased their efforts to remedy the situation and to make sure that such crises do not hit the city again.

text: Pristina is one of the municipalities with the most severe water shortages in the country. Citizens of Pristina have to cope with daily water curbs due to the lack of rainfall and snowfall which has left the city's water supplies in a dreadful condition. The current water resources do not fulfil the needs of the overgrowing population of Pristina. The water supply comes from the two main reservoirs of

text: Batllava

text: and

text: Badovci

text: . However, there are many problems with the water supply that comes from these two reservoirs which supply 92% of the population in Pristina. As such, the authorities have increased their efforts to remedy the situation and to make sure that such crises do not hit the city again.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: 92% of the population in Pristina

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Pristina

answers: NDQ_001773

answers: Which of the following is not a source of water in Pristina: Batllava or Badovci?

answers: NDQ_001774

answers: lacks rainfall

answers: NDQ_001775

answers: What does the water supply come from?

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: rainfall and snowfall

answers: NDQ_001778

answers: overgrowing population

answers: NDQ_001781

answers: Lack of rainfall and snowfall

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a problem with the water supply that comes from these two reservoirs?

answers: NDQ_001788

answers: Which of the following is not a problem with the water supply?

answers: NDQ_001789

answers: Which of the following is not a source of water: Batllava or Badovci?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or snowfall?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of water: Batllava or Badovci?

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a reason for the water shortages in Pristina?

answers: NDQ_001797

answers: Which of the following is true of Pristina?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a source of water: Batllava or Badovci?

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: daily water curbs

answers: NDQ_001802

answers: in a dreadful condition

answers: NDQ_001803

answers: snowfall

answers: NDQ_001804

answers: Badovci

answers: NDQ_001805

answers: water shortages

answers: NDQ_001768

answers: rainfall and snowfall

answers: NDQ_001769

answers: needs of the overgrowing population

answers: NDQ_001770

answers: 92% of the population

answers: NDQ_001771

answers: snowfall

answers: NDQ_001772

answers: Pristina

answers: NDQ_001773

answers: water shortages in the country.

answers: NDQ_001774

answers: lack of rainfall and snowfall

answers: NDQ_001775

answers: water curbs

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: rainfall and snowfall

answers: NDQ_001778

answers: overgrowing population

answers: NDQ_001781

answers: lack of rainfall and snowfall

answers: NDQ_001782

answers: Batllava and Badovci.

answers: NDQ_001785

answers: water shortages

answers: NDQ_001787

answers: Batllava and Badovci.

answers: NDQ_001788

answers: Batllava and Badovci.

answers: NDQ_001789

answers: Batllava and Badovci.

answers: NDQ_001790

answers: two main reservoirs of Batllava and Badovci.

answers: NDQ_001791

answers: Batllava and Badovci.

answers: NDQ_001792

answers: Batllava and Badovci.

answers: NDQ_001793

answers: Pristina

answers: NDQ_001794

answers: two main reservoirs of Batllava and Badovci.

answers: NDQ_001795

answers: 92%

answers: NDQ_001796

answers: two main reservoirs of Batllava and Badovci.

answers: NDQ_001797

answers: rainfall and snowfall

answers: NDQ_001798

answers: daily water curbs

answers: NDQ_001799

answers: two main reservoirs of Batllava and Badovci.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: snowfall

answers: NDQ_001802

answers: 92% of the population in Pristina.

answers: NDQ_001803

answers: snowfall

answers: NDQ_001804

answers: Batllava and Badovci.

answers: NDQ_001805

answers: 92% of the population

text: Drinking water for 124 households is supplied from a source within an elevation of more than 50 meters, while water for 99 households is from less than 50 meters. There is a lack of sanitary latrine facilities. Out of a total of 124 homes: 67 use open defection, 54 use a group latrine with regular water supply, none use a clean group latrine with regular water supply and a regular sweeper and only 3 use a  private latrine.

text: Drinking water for 124 households is supplied from a source within an elevation of more than 50 meters, while water for 99 households is from less than 50 meters. There is a lack of sanitary latrine facilities. Out of a total of 124 homes: 67 use open defection, 54 use a group latrine with regular water supply, none use a clean group latrine with regular water supply and a regular sweeper and only 3 use a  private latrine.

answers: NDQ_001768

answers: less than 50 meters

answers: NDQ_001769

answers: 124 households

answers: NDQ_001770

answers: 67 open defection

answers: NDQ_001771

answers: open defection

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: can be found in the following places:

answers: NDQ_001774

answers: is from a source within an elevation of less than 50 meters

answers: NDQ_001775

answers: cleaning

answers: NDQ_001776

answers: open defection

answers: NDQ_001777

answers: elevation

answers: NDQ_001778

answers: open defection

answers: NDQ_001781

answers: lacks sanitary facilities

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: None use a group latrine with regular water supply

answers: NDQ_001789

answers: Can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: yes

answers: NDQ_001792

answers: Where are glaciers located?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: 67 use open defection

answers: NDQ_001797

answers: How many households are supplied from less than 50 meters?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: lack of sanitation

answers: NDQ_001801

answers: NDQ_001802

answers: a lack of sanitary latrine facilities

answers: NDQ_001803

answers: watering cans

answers: NDQ_001804

answers: is from less than 50 meters

answers: NDQ_001805

answers: open defection

answers: NDQ_001768

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001769

answers: Drinking water

answers: NDQ_001770

answers: open defection,

answers: NDQ_001771

answers: open defection,

answers: NDQ_001772

answers: 124 households

answers: NDQ_001773

answers: none

answers: NDQ_001774

answers: elevation of more than 50 meters,

answers: NDQ_001775

answers: sweeper

answers: NDQ_001776

answers: open defection,

answers: NDQ_001777

answers: elevation of more than 50 meters,

answers: NDQ_001778

answers: open defection,

answers: NDQ_001781

answers: lack of sanitary latrine facilities.

answers: NDQ_001782

answers: none

answers: NDQ_001785

answers: water for 99 households is from less than 50 meters.

answers: NDQ_001787

answers: 99 households is from less than 50 meters.

answers: NDQ_001788

answers: lack of sanitary latrine facilities.

answers: NDQ_001789

answers: less than 50 meters.

answers: NDQ_001790

answers: lack of sanitary latrine facilities.

answers: NDQ_001791

answers: 99 households is from less than 50 meters.

answers: NDQ_001792

answers: a source within an elevation of more than 50 meters,

answers: NDQ_001793

answers: none

answers: NDQ_001794

answers: less than 50 meters.

answers: NDQ_001795

answers: 99 households is from less than 50 meters.

answers: NDQ_001796

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001797

answers: less than 50 meters.

answers: NDQ_001798

answers: 99 households is from less than 50 meters.

answers: NDQ_001799

answers: less than 50 meters.

answers: NDQ_001800

answers: lack of sanitary latrine facilities.

answers: NDQ_001801

answers: Drinking water

answers: NDQ_001802

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001803

answers: none use a clean group latrine with regular water supply

answers: NDQ_001804

answers: a source within an elevation of more than 50 meters,

answers: NDQ_001805

answers: 67 use open defection,

text: The episode was written by Bill Oakley and Josh Weinstein, and directed by Wes Archer. The writing staff wanted to do an episode where the Simpson family traveled to Australia, because they thought everyone in Australia had a good sense of humor and that they "would get the jokes". The staff had previously poked fun at several American institutions on the show and they thought it would be interesting to poke fun at a whole nation. They designed Australia and the Australian people very inaccurately and many things were completely made up for fun. The animators, however, got two Australian tourist guides to help them out with the design of the Australian landscape and buildings, as well as the US Embassy. The writers did research on the Coriolis effect for this episode. Lisa's explanation of the effect is incorrect; it affects global weather patterns and is caused by the spinning of the globe on its axis. The amount of water in a toilet or sink is much too small to be affected by it.

text: The episode was written by

text: Bill Oakley

text: and

text: Josh Weinstein

text: , and directed by

text: Wes Archer

text: . The writing staff wanted to do an episode where the Simpson family traveled to Australia, because they thought everyone in Australia had a good sense of humor and that they "would get the jokes". The staff had previously poked fun at several American institutions on the show and they thought it would be interesting to poke fun at a whole nation. They designed Australia and the Australian people very inaccurately and many things were completely made up for fun. The animators, however, got two Australian

text: tourist guide

text: s to help them out with the design of the Australian landscape and buildings, as well as the US Embassy. The writers did research on the

text: Coriolis effect

text: for this episode. Lisa's explanation of the effect is incorrect; it affects global weather patterns and is caused by the spinning of the globe on its axis. The amount of water in a toilet or sink is much too small to be affected by it.

answers: NDQ_001768

answers: the Coriolis effect

answers: NDQ_001769

answers: What does the Coriolis effect affect?

answers: NDQ_001770

answers: Coriolis effect

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Australians

answers: NDQ_001773

answers: What does the Coriolis effect affect?

answers: NDQ_001774

answers: is too small

answers: NDQ_001775

answers: a toilet or sink

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: global weather patterns

answers: NDQ_001778

answers: traveling to Australia

answers: NDQ_001781

answers: is too small to be affected by it

answers: NDQ_001782

answers: What does the Coriolis effect affect?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What did the writers do research on?

answers: NDQ_001788

answers: The writers did research on the Coriolis effect for this episode

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does Lisa's explanation of the effect incorrectly state?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: The writers did research on the Coriolis effect for this episode.

answers: NDQ_001797

answers: How did the writers design Australia and the Australian people?

answers: NDQ_001798

answers: The writers did research on the Coriolis effect

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: The writers did research on the Coriolis effect for this episode

answers: NDQ_001801

answers: the Coriolis effect

answers: NDQ_001802

answers: The amount of water in a toilet or sink is much too small

answers: NDQ_001803

answers: toilet or sink

answers: NDQ_001804

answers: the Coriolis effect

answers: NDQ_001805

answers: a toilet or sink is much too small to be affected by it.

answers: NDQ_001768

answers: toilet or sink

answers: NDQ_001769

answers: toilet or sink

answers: NDQ_001770

answers: Coriolis effect

answers: NDQ_001771

answers: toilet or sink

answers: NDQ_001772

answers: toilet or sink

answers: NDQ_001773

answers: Coriolis effect

answers: NDQ_001774

answers: The amount of water in a toilet or sink

answers: NDQ_001775

answers: toilet or sink

answers: NDQ_001776

answers: Coriolis effect

answers: NDQ_001777

answers: Coriolis effect

answers: NDQ_001778

answers: spinning of the globe on its axis. The amount of water

answers: NDQ_001781

answers: Coriolis effect

answers: NDQ_001782

answers: Coriolis effect

answers: NDQ_001785

answers: Coriolis effect

answers: NDQ_001787

answers: Coriolis effect

answers: NDQ_001788

answers: Coriolis effect

answers: NDQ_001789

answers: Coriolis effect

answers: NDQ_001790

answers: Coriolis effect

answers: NDQ_001791

answers: Coriolis effect

answers: NDQ_001792

answers: Coriolis effect

answers: NDQ_001793

answers: The amount of water in a toilet or sink

answers: NDQ_001794

answers: Coriolis effect

answers: NDQ_001795

answers: Coriolis effect

answers: NDQ_001796

answers: Coriolis effect

answers: NDQ_001797

answers: Coriolis effect

answers: NDQ_001798

answers: Coriolis effect

answers: NDQ_001799

answers: Coriolis effect

answers: NDQ_001800

answers: Coriolis effect

answers: NDQ_001801

answers: Coriolis effect

answers: NDQ_001802

answers: The amount of water in a toilet or sink is much too small

answers: NDQ_001803

answers: toilet or sink

answers: NDQ_001804

answers: Coriolis effect

answers: NDQ_001805

answers: weather patterns

text: A sustainable urban water supply network covers all the activities related to provision of potable water. Sustainable development is of increasing importance for the water supply to urban areas. Incorporating innovative water technologies into water supply systems improves water supply from sustainable perspectives. The development of innovative water technologies provides flexibility to the water supply system, generating a fundamental and effective means of sustainability based on an integrated real options approach.

text: A sustainable urban water supply network covers all the activities related to provision of

text: potable

text: water.

text: Sustainable development

text: is of increasing importance for the water supply to urban areas. Incorporating innovative water technologies into

text: water supply

text: systems improves water supply from sustainable perspectives. The development of innovative water technologies provides

text: flexibility

text: to the water supply system, generating a fundamental and effective means of sustainability based on an integrated

text: real options

text: approach.

answers: NDQ_001768

answers: potable water

answers: NDQ_001769

answers: potable water

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: potable water

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: can be used to provide potable water

answers: NDQ_001774

answers: is not potable

answers: NDQ_001775

answers: potable water

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: sustainable development

answers: NDQ_001778

answers: provision of potable water

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: What does sustainable urban water supply network cover?

answers: NDQ_001785

answers: How can we live longer without water than without food?

answers: NDQ_001787

answers: Which of the following is not a benefit of incorporating innovative water technologies into water supply systems?

answers: NDQ_001788

answers: Which of the following is not an example of a sustainable urban water supply network?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a sustainable urban water supply network?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: sustainable urban water supply network covers all the activities related to provision of potable water

answers: NDQ_001797

answers: Which of the following is not a reason to incorporate innovative water technologies into water supply systems?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not an activity related to provision of potable water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: sustainable urban water supply network

answers: NDQ_001802

answers: urban areas

answers: NDQ_001803

answers: potable water

answers: NDQ_001804

answers: a sustainable urban water supply network

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: Sustainable development

answers: NDQ_001769

answers: potable water.

answers: NDQ_001770

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001771

answers: potable water.

answers: NDQ_001772

answers: urban areas.

answers: NDQ_001773

answers: A sustainable urban water supply network

answers: NDQ_001774

answers: water.

answers: NDQ_001775

answers: innovative water technologies

answers: NDQ_001776

answers: potable water.

answers: NDQ_001777

answers: Sustainable development

answers: NDQ_001778

answers: provision of potable water.

answers: NDQ_001781

answers: potable water.

answers: NDQ_001782

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001788

answers: A sustainable urban water supply network

answers: NDQ_001789

answers: water technologies

answers: NDQ_001790

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001791

answers: water.

answers: NDQ_001792

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001793

answers: potable water.

answers: NDQ_001794

answers: water.

answers: NDQ_001795

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001796

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001797

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001798

answers: Sustainable development

answers: NDQ_001799

answers: potable water.

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001802

answers: Sustainable development is of increasing importance for the water supply to urban areas.

answers: NDQ_001803

answers: potable water.

answers: NDQ_001804

answers: urban water supply network

answers: NDQ_001805

answers: urban areas.

text: A dew pond is an artificial pond usually sited on the top of a hill, intended for watering livestock. Dew ponds are used in areas where a natural supply of surface water may not be readily available. The name dew pond (sometimes cloud pond or mist pond) is first found in the Journal of the Royal Agricultural Society in 1865. Despite the name, their primary source of water is believed to be rainfall rather than dew or mist.

text: A dew pond is an artificial

text: pond

text: usually sited on the top of a hill, intended for watering livestock. Dew ponds are used in areas where a natural supply of surface water may not be readily available. The name dew pond (sometimes cloud pond or mist pond) is first found in the Journal of the

text: Royal Agricultural Society

text: in 1865. Despite the name, their primary source of water is believed to be rainfall rather than

text: dew

text: or

text: mist

answers: NDQ_001768

answers: Dew ponds

answers: NDQ_001769

answers: watering livestock

answers: NDQ_001770

answers: dew to form

answers: NDQ_001771

answers: What is not a recreational use of water?

answers: NDQ_001772

answers: livestock

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemical: dew pond, cloud pond or mist pond?

answers: NDQ_001774

answers: dew pond

answers: NDQ_001775

answers: What is the primary source of water believed to be?

answers: NDQ_001776

answers: dew pond

answers: NDQ_001777

answers: natural supply of surface water

answers: NDQ_001778

answers: watering livestock

answers: NDQ_001781

answers: dew pond

answers: NDQ_001782

answers: What is the primary source of water for dew ponds?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the purpose of a dew pond?

answers: NDQ_001789

answers: What is the primary source of water for a dew pond?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Where are glaciers located?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: dew ponds

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or Drier climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: dew pond

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: pond

answers: NDQ_001805

answers: livestock

answers: NDQ_001768

answers: Dew ponds

answers: NDQ_001769

answers: watering livestock.

answers: NDQ_001770

answers: a natural supply of surface water may not be readily available.

answers: NDQ_001771

answers: livestock.

answers: NDQ_001772

answers: livestock.

answers: NDQ_001773

answers: A dew pond

answers: NDQ_001774

answers: rainfall rather than dew or mist.

answers: NDQ_001775

answers: watering livestock.

answers: NDQ_001776

answers: dew pond

answers: NDQ_001777

answers: natural supply of surface water may not be readily available.

answers: NDQ_001778

answers: watering livestock.

answers: NDQ_001781

answers: rainfall

answers: NDQ_001782

answers: rainfall

answers: NDQ_001785

answers: A dew pond

answers: NDQ_001787

answers: A dew pond

answers: NDQ_001788

answers: A dew pond

answers: NDQ_001789

answers: rainfall

answers: NDQ_001790

answers: a natural supply of surface water may not be readily available.

answers: NDQ_001791

answers: rainfall

answers: NDQ_001792

answers: A dew pond

answers: NDQ_001793

answers: natural supply of surface water may not be readily available.

answers: NDQ_001794

answers: rainfall

answers: NDQ_001795

answers: A dew pond

answers: NDQ_001796

answers: Dew ponds

answers: NDQ_001797

answers: Dew ponds

answers: NDQ_001798

answers: 1865.

answers: NDQ_001799

answers: rainfall

answers: NDQ_001800

answers: surface water

answers: NDQ_001801

answers: rainfall

answers: NDQ_001802

answers: surface water

answers: NDQ_001803

answers: dew pond

answers: NDQ_001804

answers: dew pond

answers: NDQ_001805

answers: rainfall

text: MFirst time in Maharashtra history water express miraj to latur. Latur has scarcity of water. Hon. Railway Minister Suresh Prabhuji ordered to supply of Railway tankers to give water by railway to Latur but the first idea to supply water from Pandharpur was practically not feasible and taking a long time to supply water. After this news was studied by Railway Kruti Sanmiti, Miraj. Suggested that Miraj Junction having its own 4.5 M.L.D. water supply scheme and nowadays they utilise only 1.25 M.L.D. to supply the water to the Station, Rail Coach & employee quarters and it is suitable to fill up the tankers from existing rail line.  This concept was submitted to Chief Minister Shri. Devendraji Fadanvis by President of Railway Kruti Samiti, Miraj Shri. Makarand Deshpande and the primary information collected by Secretary Sukumar Patil. After putting this concept to Hon. C.M. They instructed to Hon. Collector of Sangli to detail study. After primary feasibility of this Hon. Minister Shri. Ekanathji Khadase & Pankajatai Mundhe visited Miraj and approved this plan to give water to Latur. In this project Shri. Shekhar Gaikwad Hon.Collector of Sangli, Shri. Sadilage Executive Engineer, M.J.P.Sangli. & Contractor Shri. Shashank Jadhav made it on top priority. And this concept take place by 11 April 2016 and first train having 10 wagons run for Latur and from 11 APril till day 10 wagons regularlly going to Latur

answers: NDQ_001768

answers: 1.25 mld

answers: NDQ_001769

answers: to supply the station, rail coach & employee quarters

answers: NDQ_001770

answers: scarcity of water

answers: NDQ_001771

answers: Taking a bath

answers: NDQ_001772

answers: India

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals?

answers: NDQ_001774

answers: is not utilised

answers: NDQ_001775

answers: to fill up the tankers from existing rail line

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: the amount of available resources

answers: NDQ_001778

answers: supply of Railway tankers

answers: NDQ_001781

answers: is used for other purposes

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of the Earth is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: It is not possible to tell

answers: NDQ_001796

answers: Which of the following is not a waterborne disease?

answers: NDQ_001797

answers: Latur has scarcity of water

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: in Maharashtra

answers: NDQ_001802

answers: unspecified

answers: NDQ_001803

answers: railway tankers

answers: NDQ_001804

answers: Miraj Junction

answers: NDQ_001805

answers: railway

answers: NDQ_001768

answers: give water to Latur.

answers: NDQ_001769

answers: Station, Rail Coach & employee quarters

answers: NDQ_001770

answers: scarcity of water.

answers: NDQ_001771

answers: Miraj

answers: NDQ_001772

answers: Latur.

answers: NDQ_001773

answers: Latur

answers: NDQ_001774

answers: Miraj

answers: NDQ_001775

answers: employee quarters

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: scarcity of water.

answers: NDQ_001778

answers: water.

answers: NDQ_001781

answers: scarcity of water.

answers: NDQ_001782

answers: Latur.

answers: NDQ_001785

answers: water to Latur.

answers: NDQ_001787

answers: Miraj and approved this plan to give water to Latur.

answers: NDQ_001788

answers: Latur.

answers: NDQ_001789

answers: Railway tankers

answers: NDQ_001790

answers: miraj

answers: NDQ_001791

answers: Miraj and approved this plan to give water to Latur.

answers: NDQ_001792

answers: Latur.

answers: NDQ_001793

answers: 2016

answers: NDQ_001794

answers: water to Latur.

answers: NDQ_001795

answers: 11 April 2016

answers: NDQ_001796

answers: give water to Latur.

answers: NDQ_001797

answers: Miraj and approved this plan to give water to Latur.

answers: NDQ_001798

answers: miraj

answers: NDQ_001799

answers: train having 10 wagons

answers: NDQ_001800

answers: water.

answers: NDQ_001801

answers: Miraj

answers: NDQ_001802

answers: Latur has scarcity of water.

answers: NDQ_001803

answers: train

answers: NDQ_001804

answers: 4.5 M.L.D. water supply scheme

answers: NDQ_001805

answers: Latur.

text: Urban and industrial use of water consumes about 10.8%, or 8.9 million acre-feet, of total water consumption in an average year. A 2011 study of a sampling of 735 California homes across ten water districts found that the weighted average annual total water use of these homes was  per year or  per household per day. To put that in perspective, the typical office water cooler holds , or about 1.4% of the study's estimated daily average household use. The study found that about 53% of total average household water use, or more than  per household per day, was used for landscaping and other outdoor uses Meanwhile, indoor use accounted for more than  per household per day. The most in-home water consumption is toilet flushes, using 20% of the water. After toilets, 20% is used for showers and 18% goes to leaks inside homes.

text: Urban and industrial use of water consumes about 10.8%, or 8.9 million acre-feet, of total water consumption in an average year. A 2011 study of a sampling of 735 California homes across ten water districts found that the weighted average annual total water use of these homes was  per year or  per household per day. To put that in perspective, the typical office water cooler holds , or about 1.4% of the study's estimated daily average household use. The study found that about 53% of total average household water use, or more than  per household per day, was used for landscaping and other outdoor uses Meanwhile, indoor use accounted for more than  per household per day. The most in-home water consumption is toilet flushes, using 20% of the water. After toilets, 20% is used for showers and 18% goes to leaks inside homes.

answers: NDQ_001768

answers: 8.9 million acre-feet

answers: NDQ_001769

answers: urban and industrial use of water

answers: NDQ_001770

answers: leaks inside homes

answers: NDQ_001771

answers: How many percent of total average household water use was used for landscaping and other outdoor uses?

answers: NDQ_001772

answers: Urban and industrial

answers: NDQ_001773

answers: How many percent of the water consumed by urban and industrial use of water is used for agricultural chemicals?

answers: NDQ_001774

answers: leaks inside homes

answers: NDQ_001775

answers: How many acre-feet does the average office water cooler hold?

answers: NDQ_001776

answers: untreated water

answers: NDQ_001777

answers: urban and industrial use

answers: NDQ_001778

answers: landscaping and other outdoor uses

answers: NDQ_001781

answers: is used for showers

answers: NDQ_001782

answers: What is the most in-home water consumption?

answers: NDQ_001785

answers: How many days can we live without water?

answers: NDQ_001787

answers: What is the most in-home water consumption?

answers: NDQ_001788

answers: 53% of total average household water use

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many acre-feet of water does the typical office water cooler hold?

answers: NDQ_001797

answers: How many percent of total average household water use is used for landscaping and other outdoor uses?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 2011 study of a sampling of 735 California homes across ten water districts

answers: NDQ_001802

answers: urban and industrial use of water

answers: NDQ_001803

answers: landscaping

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: The most in-home water consumption is toilet flushes

answers: NDQ_001768

answers: Urban and industrial use of water consumes about 10.8%,

answers: NDQ_001769

answers: Urban and industrial

answers: NDQ_001770

answers: leaks inside homes.

answers: NDQ_001771

answers: landscaping and other outdoor uses

answers: NDQ_001772

answers: toilet flushes,

answers: NDQ_001773

answers: 53%

answers: NDQ_001774

answers: leaks inside homes.

answers: NDQ_001775

answers: 8.9 million acre-feet,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: total water consumption

answers: NDQ_001778

answers: landscaping and other outdoor uses

answers: NDQ_001781

answers: 53%

answers: NDQ_001782

answers: toilet flushes,

answers: NDQ_001785

answers: per household per day.

answers: NDQ_001787

answers: 53%

answers: NDQ_001788

answers: 53%

answers: NDQ_001789

answers: industrial use of water

answers: NDQ_001790

answers: 53%

answers: NDQ_001791

answers: 53%

answers: NDQ_001792

answers: 8.9 million acre-feet,

answers: NDQ_001793

answers: 10.8%,

answers: NDQ_001794

answers: 8.9 million acre-feet,

answers: NDQ_001795

answers: 10.8%,

answers: NDQ_001796

answers: toilet flushes,

answers: NDQ_001797

answers: 53%

answers: NDQ_001798

answers: 10.8%,

answers: NDQ_001799

answers: toilet flushes,

answers: NDQ_001800

answers: Urban and industrial use of water

answers: NDQ_001801

answers: 8.9 million acre-feet,

answers: NDQ_001802

answers: Urban and industrial use of water consumes about 10.8%,

answers: NDQ_001803

answers: landscaping

answers: NDQ_001804

answers: office water cooler

answers: NDQ_001805

answers: toilet flushes,

text: Historically, Chennai has relied on annual monsoon rains to replenish water reservoirs, as no major rivers flow through the area. Steadily growing in population, the city has faced water supply shortages, and its ground water levels have been depleted. Many residents buy water for drinking as well as other daily uses. An earlier Veeranam Lake project failed to solve the city's water problems, but the New Veeranam project, which became operational in September 2004, has greatly reduced dependency on distant sources. In recent years, heavy and consistent monsoon rains and rainwater harvesting (RWH) by Chennai Metrowater at its Anna Nagar Rain Centre have significantly reduced water shortages. The Metrowater methods have become a model of RWH technology for other cities. Moreover, newer projects like the Telugu Ganga project that bring water from water-surplus rivers like the Krishna River in Andhra Pradesh have eased water shortages. The city is constructing sea water desalination plants to further increase the water supply.

text: Historically, Chennai has relied on annual

text: monsoon

text: rains to replenish water

text: reservoir

text: s, as no major rivers flow through the area. Steadily growing in population, the city has faced

text: water supply

text: shortages

text: , and its ground water levels have been depleted. Many residents buy water for drinking as well as other daily uses. An earlier

text: Veeranam Lake project

text: failed to solve the city's water problems, but the New Veeranam project, which became operational in September 2004, has greatly reduced dependency on distant sources. In recent years, heavy and consistent monsoon rains and

text: rainwater harvesting

text: (RWH) by Chennai Metrowater at its

text: Anna Nagar

text: Rain Centre have significantly reduced water shortages. The Metrowater methods have become a model of RWH technology for other cities. Moreover, newer projects like the

text: Telugu Ganga project

text: that bring water from water-surplus rivers like the

text: Krishna River

text: in

text: Andhra Pradesh

text: have eased water shortages. The city is constructing sea water

text: desalination

text: plants to further increase the water supply.

answers: NDQ_001768

answers: water for drinking as well as other daily uses

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: ground water levels to deplete

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: drinking, swimming, or boating?

answers: NDQ_001772

answers: residents

answers: NDQ_001773

answers: Which of the following is not a source of water: rainwater harvesting or sea water desalination plants?

answers: NDQ_001774

answers: depleted

answers: NDQ_001775

answers: desalination plants

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: ground water levels

answers: NDQ_001778

answers: Steadily growing in population

answers: NDQ_001781

answers: depleted

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: monsoon rains or sea water desalination plants?

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Veeranam Lake project failed to solve the city's water problems

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: monsoon rains or dry climates?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water supply shortages

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: Many residents buy water for drinking as well as other daily uses

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: rainwater harvesting

answers: NDQ_001805

answers: drinking

answers: NDQ_001768

answers: rainwater harvesting

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water supply shortages,

answers: NDQ_001771

answers: drinking

answers: NDQ_001772

answers: Chennai

answers: NDQ_001773

answers: monsoon rains to replenish water reservoirs,

answers: NDQ_001774

answers: Many residents buy water

answers: NDQ_001775

answers: drinking

answers: NDQ_001776

answers: water supply shortages,

answers: NDQ_001777

answers: annual monsoon rains

answers: NDQ_001778

answers: Many residents buy water for drinking as well as other daily uses.

answers: NDQ_001781

answers: no major rivers flow through the area.

answers: NDQ_001782

answers: Chennai has relied on annual monsoon rains

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: rainwater harvesting

answers: NDQ_001788

answers: rainwater harvesting

answers: NDQ_001789

answers: rainwater harvesting

answers: NDQ_001790

answers: water supply shortages,

answers: NDQ_001791

answers: Chennai has relied on annual monsoon rains

answers: NDQ_001792

answers: Chennai has relied on annual monsoon rains

answers: NDQ_001793

answers: sea water desalination plants

answers: NDQ_001794

answers: ground water

answers: NDQ_001795

answers: water supply shortages,

answers: NDQ_001796

answers: water supply shortages,

answers: NDQ_001797

answers: Chennai has relied on annual monsoon rains

answers: NDQ_001798

answers: rainwater harvesting

answers: NDQ_001799

answers: rivers

answers: NDQ_001800

answers: water supply shortages,

answers: NDQ_001801

answers: water supply shortages,

answers: NDQ_001802

answers: its ground water levels have been depleted.

answers: NDQ_001803

answers: rainwater harvesting

answers: NDQ_001804

answers: Chennai Metrowater at its Anna Nagar Rain Centre

answers: NDQ_001805

answers: drinking

text: With water use in the United States increasing every year, many regions are starting to feel the pressure. At least 36 states are anticipating local, regional, or statewide water shortages by 2013, even under non-drought conditions.

text: With water use in the United States increasing every year, many regions are starting to feel the pressure. At least 36 states are anticipating local, regional, or statewide water shortages by 2013, even under non-drought conditions.

answers: NDQ_001768

answers: unanswerable

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: the United States

answers: NDQ_001773

answers: can be used to reduce the amount of water used

answers: NDQ_001774

answers: is drained

answers: NDQ_001775

answers: more than one purpose

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: drought conditions

answers: NDQ_001778

answers: water use

answers: NDQ_001781

answers: is too much

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a type of energy?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a reason for water shortages in the United States?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2013

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: the United States

answers: NDQ_001768

answers: water use in the United States increasing every year,

answers: NDQ_001769

answers: local, regional, or statewide water shortages by 2013,

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: water use in the United States

answers: NDQ_001772

answers: United States

answers: NDQ_001773

answers: water use in the United States

answers: NDQ_001774

answers: non-drought conditions.

answers: NDQ_001775

answers: water use in the United States increasing every year,

answers: NDQ_001776

answers: water use

answers: NDQ_001777

answers: use

answers: NDQ_001778

answers: water use

answers: NDQ_001781

answers: non-drought conditions.

answers: NDQ_001782

answers: water shortages by 2013,

answers: NDQ_001785

answers: water shortages by 2013,

answers: NDQ_001787

answers: 2013,

answers: NDQ_001788

answers: water shortages by 2013,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: 2013, even under non-drought conditions.

answers: NDQ_001791

answers: 2013,

answers: NDQ_001792

answers: water shortages by 2013,

answers: NDQ_001793

answers: 2013,

answers: NDQ_001794

answers: water shortages by 2013,

answers: NDQ_001795

answers: 2013,

answers: NDQ_001796

answers: water shortages by 2013,

answers: NDQ_001797

answers: non-drought conditions.

answers: NDQ_001798

answers: 2013,

answers: NDQ_001799

answers: non-drought conditions.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: non-drought

answers: NDQ_001802

answers: local, regional, or statewide water shortages by 2013,

answers: NDQ_001803

answers: water shortages by 2013,

answers: NDQ_001804

answers: water use in the United States

answers: NDQ_001805

answers: water use in the United States

text: Water supply and sanitation in Mozambique is characterized by low levels of access to an improved water source(estimated to be 51% in 2011), low levels of access to adequate sanitation (estimated to be 25% in 2011) and mostly poor service quality. In 2007 the government has defined a strategy for water supply and sanitation in rural areas, where 62% of the population lives. In urban areas, water is supplied by informal small-scale providers and by formal providers.

text: Water supply and sanitation in Mozambique is characterized by low levels of access to an

text: improved water source

text: (estimated to be 51% in 2011), low levels of access to adequate sanitation (estimated to be 25% in 2011) and mostly poor service quality. In 2007 the government has defined a strategy for water supply and sanitation in rural areas, where 62% of the population lives. In urban areas, water is supplied by informal small-scale providers and by formal providers.

answers: NDQ_001768

answers: informal small-scale providers

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: sanitation problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: Which of the following is not a source of sanitation: water supply and sanitation or agricultural chemicals?

answers: NDQ_001774

answers: sanitation is not adequate

answers: NDQ_001775

answers: What is Mozambique characterized by?

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: rural areas

answers: NDQ_001778

answers: informal small-scale providers

answers: NDQ_001781

answers: low levels of access

answers: NDQ_001782

answers: Which of the following is not a form of life: informal small-scale providers or formal providers?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: low levels of access to an improved water source

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of sanitation: informal small-scale providers or formal providers?

answers: NDQ_001797

answers: Which of the following is not a reason for low levels of access to an improved water source?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: 2011

answers: NDQ_001802

answers: low levels of access to an improved water source(estimated to be 51% in 2011), low levels of access to adequate sanitation (estimated to be 25% in 2011) and mostly poor service quality

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: rural areas

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: informal small-scale providers and by formal providers.

answers: NDQ_001769

answers: urban areas,

answers: NDQ_001770

answers: sanitation

answers: NDQ_001771

answers: informal small-scale providers

answers: NDQ_001772

answers: informal small-scale providers

answers: NDQ_001773

answers: Water supply and sanitation in Mozambique

answers: NDQ_001774

answers: informal small-scale providers

answers: NDQ_001775

answers: water is supplied by informal small-scale providers

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: rural areas,

answers: NDQ_001778

answers: low levels of access to an improved water source(estimated

answers: NDQ_001781

answers: low levels of access to an improved water source(estimated

answers: NDQ_001782

answers: Water supply and sanitation in Mozambique

answers: NDQ_001785

answers: Water supply and sanitation in Mozambique

answers: NDQ_001787

answers: low levels of access to an improved water source(estimated

answers: NDQ_001788

answers: informal small-scale providers

answers: NDQ_001789

answers: water is supplied by informal small-scale providers and by formal providers.

answers: NDQ_001790

answers: Water supply and sanitation in Mozambique

answers: NDQ_001791

answers: Water supply and sanitation in Mozambique

answers: NDQ_001792

answers: Water supply and sanitation in Mozambique

answers: NDQ_001793

answers: Water supply and sanitation in Mozambique

answers: NDQ_001794

answers: Water supply and sanitation in Mozambique

answers: NDQ_001795

answers: low levels of access to an improved water source(estimated

answers: NDQ_001796

answers: low levels of access to an improved water source(estimated

answers: NDQ_001797

answers: rural areas,

answers: NDQ_001798

answers: low levels of access to an improved water source(estimated

answers: NDQ_001799

answers: water is supplied by informal small-scale providers and by formal providers.

answers: NDQ_001800

answers: low levels of access to an improved water source(estimated

answers: NDQ_001801

answers: Water supply and sanitation in Mozambique

answers: NDQ_001802

answers: mostly poor service quality.

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: water supply and sanitation in rural areas,

answers: NDQ_001805

answers: Water supply and sanitation in Mozambique

text: Water pollution is one of the main concerns regarding water resources. It is estimated that 22% of worldwide water is used in industry.  Major industrial users include hydroelectric dams, thermoelectric power plants, which use water for cooling, ore and oil refineries, which use water in chemical processes, and manufacturing plants, which use water as a solvent.

text: Water pollution

text: is one of the main concerns regarding water resources. It is estimated that 22% of worldwide water is used in industry.  Major industrial users include hydroelectric dams,

text: thermoelectric power plants

text: , which use water for cooling,

text: ore

text: and

text: oil

text: refineries, which use water in chemical processes, and manufacturing plants, which use water as a solvent.

answers: NDQ_001768

answers: hydroelectric dams

answers: NDQ_001769

answers: Which of the following is not an industrial user: hydroelectric dams, thermoelectric power plants, or manufacturing plants?

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: hydroelectric dams

answers: NDQ_001772

answers: industry

answers: NDQ_001773

answers: use water as a solvent

answers: NDQ_001774

answers: is polluted

answers: NDQ_001775

answers: chemical processes

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: water pollution

answers: NDQ_001778

answers: hydroelectric dams

answers: NDQ_001781

answers: pollutes

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is not a concern regarding water resources?

answers: NDQ_001787

answers: Which of the following is not an industrial user: hydroelectric dams, thermoelectric power plants, ore and oil refineries?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Hydroelectric dams

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: hydroelectric dams

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water pollution is one of the main concerns regarding water resources

answers: NDQ_001797

answers: Which of the following is not a type of industrial user: hydroelectric dams, thermoelectric power plants, or oil refineries?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water pollution

answers: NDQ_001801

answers: can cause water pollution

answers: NDQ_001802

answers: 22% of worldwide water is used in industry

answers: NDQ_001803

answers: hydroelectric dams

answers: NDQ_001804

answers: hydroelectric dams

answers: NDQ_001805

answers: industry

answers: NDQ_001768

answers: 22% of worldwide water is used in industry.

answers: NDQ_001769

answers: industry.

answers: NDQ_001770

answers: Water pollution

answers: NDQ_001771

answers: hydroelectric dams,

answers: NDQ_001772

answers: industry.

answers: NDQ_001773

answers: oil refineries,

answers: NDQ_001774

answers: Water pollution

answers: NDQ_001775

answers: cooling,

answers: NDQ_001776

answers: Water pollution

answers: NDQ_001777

answers: Water pollution

answers: NDQ_001778

answers: Water pollution

answers: NDQ_001781

answers: Water pollution

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: Water pollution

answers: NDQ_001788

answers: 22% of worldwide water is used in industry.

answers: NDQ_001789

answers: hydroelectric dams,

answers: NDQ_001790

answers: Water pollution

answers: NDQ_001791

answers: 22% of worldwide water is used in industry.

answers: NDQ_001792

answers: 22% of worldwide water is used in industry.

answers: NDQ_001793

answers: 22% of worldwide water is used in industry.

answers: NDQ_001794

answers: 22% of worldwide water is used in industry.

answers: NDQ_001795

answers: 22% of worldwide water is used in industry.

answers: NDQ_001796

answers: Water pollution

answers: NDQ_001797

answers: 22%

answers: NDQ_001798

answers: 22% of worldwide water is used in industry.

answers: NDQ_001799

answers: Water pollution

answers: NDQ_001800

answers: Water pollution

answers: NDQ_001801

answers: Water pollution is one of the main concerns regarding water resources.

answers: NDQ_001802

answers: 22%

answers: NDQ_001803

answers: hydroelectric dams,

answers: NDQ_001804

answers: hydroelectric dams,

answers: NDQ_001805

answers: industry.

text: On 1 December, there was more torrential rain in the west, with drinking water supplies to 6,000 buildings in Galway reported to have been contaminated by human faeces and water undrinkable in more than 500 homes in Clare and Limerick.

text: On 1 December, there was more torrential rain in the west, with drinking water supplies to 6,000 buildings in Galway reported to have been contaminated by human faeces and water undrinkable in more than 500 homes in Clare and Limerick.

answers: NDQ_001768

answers: contaminated water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: faeces contamination

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: contaminated

answers: NDQ_001775

answers: to wash clothes

answers: NDQ_001776

answers: faeces

answers: NDQ_001777

answers: precipitation

answers: NDQ_001778

answers: human faeces

answers: NDQ_001781

answers: contaminated by faeces

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: What is a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or Drier climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: contaminated by human faeces

answers: NDQ_001803

answers: can not be used to provide extra water

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: human waste

answers: NDQ_001768

answers: human faeces

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: contaminated by human faeces

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: human faeces

answers: NDQ_001773

answers: human faeces

answers: NDQ_001774

answers: human faeces

answers: NDQ_001775

answers: drinking water

answers: NDQ_001776

answers: human faeces

answers: NDQ_001777

answers: human faeces

answers: NDQ_001778

answers: human faeces

answers: NDQ_001781

answers: human faeces

answers: NDQ_001782

answers: human faeces

answers: NDQ_001785

answers: human faeces

answers: NDQ_001787

answers: human faeces

answers: NDQ_001788

answers: contaminated by human faeces

answers: NDQ_001789

answers: drinking water

answers: NDQ_001790

answers: human faeces

answers: NDQ_001791

answers: contaminated by human faeces

answers: NDQ_001792

answers: drinking water supplies to 6,000 buildings in Galway

answers: NDQ_001793

answers: human faeces

answers: NDQ_001794

answers: contaminated by human faeces

answers: NDQ_001795

answers: contaminated by human faeces

answers: NDQ_001796

answers: contaminated by human faeces

answers: NDQ_001797

answers: drinking water

answers: NDQ_001798

answers: contaminated by human faeces

answers: NDQ_001799

answers: human faeces

answers: NDQ_001800

answers: human faeces

answers: NDQ_001801

answers: 1 December,

answers: NDQ_001802

answers: water undrinkable

answers: NDQ_001803

answers: human faeces

answers: NDQ_001804

answers: drinking water

answers: NDQ_001805

answers: human faeces

text: According to the Second UN World Water Development Report, if present levels of consumption continue, two-thirds of the global population will live in areas of water stress by 2025. Increasing human demand for water coupled with the effects of climate change mean that the future of our water supply is not secure. As of now, 2.6 billion people do not have safe drinking water. Added to this, are the changes in climate, population growth and lifestyles. The changes in human lifestyle and activities require more water per capita. This tightens the competition for water amongst agricultural, industrial, and human consumption.

text: According to the Second

text: UN World Water Development Report

text: , if present levels of consumption continue, two-thirds of the global population will live in areas of water stress by 2025. Increasing human demand for water coupled with the effects of climate change mean that the future of our water supply is not secure. As of now, 2.6 billion people do not have safe drinking water. Added to this, are the changes in climate, population growth and lifestyles. The changes in human lifestyle and activities require more water per capita. This tightens the competition for water amongst agricultural, industrial, and human consumption.

answers: NDQ_001768

answers: agricultural

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water stress

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: Which of the following is not a type of industry: agricultural, industrial, or human consumption?

answers: NDQ_001774

answers: tightens the competition for water

answers: NDQ_001775

answers: Increasing human demand for water

answers: NDQ_001776

answers: water stress

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: more water per capita

answers: NDQ_001781

answers: tightens the competition for water

answers: NDQ_001782

answers: Which of the following is not a form of life: agricultural, industrial, or human

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the increase in water demand?

answers: NDQ_001789

answers: Which of the following is not a type of water use?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: 2.6 billion people do not have safe drinking water

answers: NDQ_001797

answers: Which of the following is true of Drier climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water stress

answers: NDQ_001801

answers: water stress

answers: NDQ_001802

answers: 2.6 billion people do not have safe drinking water

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: agricultural

answers: NDQ_001768

answers: agricultural, industrial, and human consumption.

answers: NDQ_001769

answers: drinking water.

answers: NDQ_001770

answers: tightens the competition for water

answers: NDQ_001771

answers: drinking water.

answers: NDQ_001772

answers: agricultural, industrial,

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: agricultural, industrial,

answers: NDQ_001775

answers: water

answers: NDQ_001776

answers: safe drinking water.

answers: NDQ_001777

answers: The changes in human lifestyle and activities require more water per capita.

answers: NDQ_001778

answers: more water per capita.

answers: NDQ_001781

answers: competition for water

answers: NDQ_001782

answers: agricultural, industrial, and human consumption.

answers: NDQ_001785

answers: Second UN World Water Development Report,

answers: NDQ_001787

answers: 2.6 billion people do not have safe drinking water.

answers: NDQ_001788

answers: agricultural,

answers: NDQ_001789

answers: industrial, and human consumption.

answers: NDQ_001790

answers: Second UN World Water Development Report,

answers: NDQ_001791

answers: Second UN World Water Development Report,

answers: NDQ_001792

answers: 2.6 billion people do not have safe drinking water.

answers: NDQ_001793

answers: 2.6 billion people do not have safe drinking water.

answers: NDQ_001794

answers: Second UN World Water Development Report,

answers: NDQ_001795

answers: 2.6 billion people do not have safe drinking water.

answers: NDQ_001796

answers: 2.6 billion people do not have safe drinking water.

answers: NDQ_001797

answers: The changes in human lifestyle and activities require more water per capita.

answers: NDQ_001798

answers: Second UN World Water Development Report,

answers: NDQ_001799

answers: 2.6 billion people do not have safe drinking water.

answers: NDQ_001800

answers: Increasing human demand for water

answers: NDQ_001801

answers: water stress by 2025.

answers: NDQ_001802

answers: 2.6 billion people do not have safe drinking water.

answers: NDQ_001803

answers: agricultural,

answers: NDQ_001804

answers: agricultural,

answers: NDQ_001805

answers: agricultural, industrial, and human consumption.

text: Chemicals are added to the water to facilitate the underground fracturing process that releases natural gas. Fracturing fluid is primarily water and approximately 0.5% chemical additives (friction reducer, agents countering rust, agents killing microorganism). Since (depending on the size of the area) millions of liters of water are used, this means that hundreds of thousands liters of chemicals are often injected into the subsurface. About 50% to 70% of the injected volume of contaminated water is recovered and stored in above-ground ponds to await removal by tanker. The remaining volume remains in the subsurface. Hydraulic fracturing opponents fear that it can lead to contamination of groundwater aquifers, though the industry deems this "highly unlikely". However, foul-smelling odors and heavy metals contaminating the local water supply above-ground have been reported.

text: Chemicals are added to the water to facilitate the underground fracturing process that releases natural gas. Fracturing fluid is primarily water and approximately 0.5% chemical additives (friction reducer, agents countering

text: rust

text: , agents killing microorganism). Since (depending on the size of the area) millions of liters of water are used, this means that hundreds of thousands liters of chemicals are often injected into the subsurface. About 50% to 70% of the injected volume of contaminated water is recovered and stored in above-ground ponds to await removal by tanker. The remaining volume remains in the subsurface. Hydraulic fracturing opponents fear that it can lead to contamination of

text: groundwater aquifer

text: s, though the industry deems this "highly unlikely". However, foul-smelling odors and

text: heavy metals

text: contaminating the local water supply above-ground have been reported.

answers: NDQ_001768

answers: millions of liters of water

answers: NDQ_001769

answers: What is the purpose of municipal use of water?

answers: NDQ_001770

answers: foul-smelling odors

answers: NDQ_001771

answers: What are chemicals added to the water to facilitate the underground fracturing process?

answers: NDQ_001772

answers: natural gas

answers: NDQ_001773

answers: Which of the following is not a type of chemical additive: friction reducer, agents countering rust, or agents killing microorganism?

answers: NDQ_001774

answers: remains in the subsurface

answers: NDQ_001775

answers: Fracturing fluid is primarily water

answers: NDQ_001776

answers: fracking

answers: NDQ_001777

answers: the size of the area

answers: NDQ_001778

answers: Hydraulic fracturing

answers: NDQ_001781

answers: is injected into the subsurface

answers: NDQ_001782

answers: Which of the following is not a form of life: bacteria, plants, or animals?

answers: NDQ_001785

answers: How many liters of water are used in fracturing fluid?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many percent of the injected volume of contaminated water is recovered?

answers: NDQ_001789

answers: Which of the following is not a type of water: groundwater aquifers, natural gas

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: how many liters of water are used

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Drier climates?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: natural gas

answers: NDQ_001801

answers: NDQ_001802

answers: The remaining volume remains in the subsurface

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: ponds

answers: NDQ_001805

answers: natural gas

answers: NDQ_001768

answers: millions of liters

answers: NDQ_001769

answers: Chemicals are added to the water to facilitate the underground fracturing

answers: NDQ_001770

answers: foul-smelling odors and heavy metals

answers: NDQ_001771

answers: above-ground ponds

answers: NDQ_001772

answers: Hydraulic fracturing

answers: NDQ_001773

answers: agents countering rust, agents killing microorganism).

answers: NDQ_001774

answers: injected into the subsurface.

answers: NDQ_001775

answers: Fracturing fluid

answers: NDQ_001776

answers: Chemicals are added to the water to facilitate the underground fracturing

answers: NDQ_001777

answers: size of the area)

answers: NDQ_001778

answers: underground fracturing

answers: NDQ_001781

answers: The remaining volume remains in the subsurface.

answers: NDQ_001782

answers: Fracturing fluid is primarily water

answers: NDQ_001785

answers: Chemicals are added to the water

answers: NDQ_001787

answers: Hydraulic fracturing

answers: NDQ_001788

answers: millions of liters of water are used,

answers: NDQ_001789

answers: Fracturing fluid

answers: NDQ_001790

answers: Hydraulic fracturing

answers: NDQ_001791

answers: contaminated water is recovered and stored in above-ground ponds

answers: NDQ_001792

answers: above-ground ponds

answers: NDQ_001793

answers: "highly unlikely".

answers: NDQ_001794

answers: groundwater aquifers,

answers: NDQ_001795

answers: Hydraulic fracturing

answers: NDQ_001796

answers: Fracturing fluid is primarily water and approximately 0.5% chemical additives

answers: NDQ_001797

answers: millions of liters of water are used,

answers: NDQ_001798

answers: above-ground ponds

answers: NDQ_001799

answers: Fracturing fluid

answers: NDQ_001800

answers: natural gas.

answers: NDQ_001801

answers: Chemicals are added to the water to facilitate the underground fracturing

answers: NDQ_001802

answers: About 50% to 70%

answers: NDQ_001803

answers: underground fracturing

answers: NDQ_001804

answers: above-ground ponds

answers: NDQ_001805

answers: underground fracturing

text: Despite these low tariffs, some states have further reduced water tariffs. Following an election promise, beginning in 2008 Selangor state is subsidising its consumers with RM132 million/year (about US$40m) as a result of giving “free water” (first 20 m3) to about 1.5 million households. The President of Water Watch Penang, Prof. Dr. Chan Ngai Weng has called for the removal of water subsidies to encourage water conservation. In 2009, the Penang State Government subsidised domestic consumers with RM43 million (about US$12m). The Penang State Government is reluctant to review its low water tariffs, despite the fact that market survey studies conducted by the state water utility and the NGO Water Watch Penang indicate that the majority of water consumers are willing to pay for a "reasonable" tariff increase as long as the service is maintained at a high standard. Although water supply in Penang state is privatised, tariffs are the lowest in Malaysia due to the subsidies. Residential water bills are in the order of RM 2.5 per month. Even with the lowest tariffs in the nation, the Non-Revenue Water (NRW) in Penang was the lowest in the nation at 18.4% in 2010.

text: Despite these low tariffs, some states have further reduced water tariffs. Following an election promise, beginning in 2008 Selangor state is subsidising its consumers with RM132 million/year (about US$40m) as a result of giving “free water” (first 20 m3) to about 1.5 million households. The President of Water Watch Penang, Prof. Dr. Chan Ngai Weng has called for the removal of water subsidies to encourage water conservation. In 2009, the Penang State Government subsidised domestic consumers with RM43 million (about US$12m). The Penang State Government is reluctant to review its low water tariffs, despite the fact that market survey studies conducted by the state water utility and the NGO Water Watch Penang indicate that the majority of water consumers are willing to pay for a "reasonable" tariff increase as long as the service is maintained at a high standard. Although water supply in Penang state is privatised, tariffs are the lowest in Malaysia due to the subsidies. Residential water bills are in the order of RM 2.5 per month. Even with the lowest tariffs in the nation, the Non-Revenue Water (NRW) in Penang was the lowest in the nation at 18.4% in 2010.

answers: NDQ_001768

answers: Non-Revenue Water (NRW)

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: Non-Revenue Water (NRW)

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: In 2009, the Penang State Government subsidised domestic consumers with how much money?

answers: NDQ_001774

answers: Non-Revenue Water

answers: NDQ_001775

answers: In 2009, the Penang State Government subsidised domestic consumers

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Penang state

answers: NDQ_001778

answers: giving “free water”

answers: NDQ_001781

answers: Non-Revenue Water

answers: NDQ_001782

answers: What does the President of Water Watch Penang call for?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the Penang State Government reluctant to review its low water tariffs

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the Penang State Government reluctant to review its low water tariffs?

answers: NDQ_001797

answers: What is the reason for the low water tariffs?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2009

answers: NDQ_001802

answers: NRW in Penang was the lowest in the nation at 18.4%

answers: NDQ_001803

answers: giving “free water”

answers: NDQ_001804

answers: Non-Revenue Water

answers: NDQ_001805

answers: non-revenue water

answers: NDQ_001768

answers: water conservation.

answers: NDQ_001769

answers: households.

answers: NDQ_001770

answers: water conservation.

answers: NDQ_001771

answers: 20 m3)

answers: NDQ_001772

answers: households.

answers: NDQ_001773

answers: RM132 million/year

answers: NDQ_001774

answers: water conservation.

answers: NDQ_001775

answers: water conservation.

answers: NDQ_001776

answers: water”

answers: NDQ_001777

answers: privatised,

answers: NDQ_001778

answers: giving “free water”

answers: NDQ_001781

answers: water conservation.

answers: NDQ_001782

answers: water conservation.

answers: NDQ_001785

answers: 2.5 per month.

answers: NDQ_001787

answers: 18.4% in 2010.

answers: NDQ_001788

answers: water conservation.

answers: NDQ_001789

answers: water conservation.

answers: NDQ_001790

answers: 18.4% in 2010.

answers: NDQ_001791

answers: 18.4% in 2010.

answers: NDQ_001792

answers: RM132 million/year

answers: NDQ_001793

answers: “free water”

answers: NDQ_001794

answers: RM132 million/year

answers: NDQ_001795

answers: 18.4% in 2010.

answers: NDQ_001796

answers: “free water”

answers: NDQ_001797

answers: water conservation.

answers: NDQ_001798

answers: water conservation.

answers: NDQ_001799

answers: the service is maintained at a high standard.

answers: NDQ_001800

answers: water conservation.

answers: NDQ_001801

answers: 2008

answers: NDQ_001802

answers: 18.4%

answers: NDQ_001803

answers: “free water”

answers: NDQ_001804

answers: 20 m3)

answers: NDQ_001805

answers: water conservation.

text: Water pollution poses a significant health risk, especially in heavily industrialized, heavily populated areas like China. In response to a worsening situation in which entire cities lacked safe drinking water, China passed a revised Water Pollution Prevention and Control Law. The possibility of polluted water making it way across international boundaries, as well as unrecognized water pollution within a poorer country brings up questions of human rights, allowing for international input on water pollution. There is no single framework for dealing with pollution disputes local to a nation.

text: Water pollution

text: poses a significant health risk, especially in heavily industrialized, heavily populated areas like China. In response to a worsening situation in which entire cities lacked safe drinking water, China passed a revised Water Pollution Prevention and Control Law. The possibility of polluted water making it way across international boundaries, as well as unrecognized water pollution within a poorer country brings up questions of human rights, allowing for international input on water pollution. There is no single framework for dealing with pollution disputes local to a nation.

answers: NDQ_001768

answers: polluted water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: are a significant health risk

answers: NDQ_001774

answers: polluted

answers: NDQ_001775

answers: heavy populated areas

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: water pollution

answers: NDQ_001778

answers: Water pollution

answers: NDQ_001781

answers: polluted

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: China passed a revised Water Pollution Prevention

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does China pass a revised Water Pollution Prevention and Control Law?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, industrialized, or populated?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water pollution

answers: NDQ_001801

answers: in China

answers: NDQ_001802

answers: Water pollution poses a significant health risk

answers: NDQ_001803

answers: drinking water

answers: NDQ_001804

answers: polluted water

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: There is no single framework for dealing with pollution disputes local to a nation.

answers: NDQ_001769

answers: drinking water,

answers: NDQ_001770

answers: Water pollution

answers: NDQ_001771

answers: drinking water,

answers: NDQ_001772

answers: China.

answers: NDQ_001773

answers: Water Pollution Prevention and Control Law.

answers: NDQ_001774

answers: polluted water making it way across international boundaries,

answers: NDQ_001775

answers: drinking water,

answers: NDQ_001776

answers: Water pollution

answers: NDQ_001777

answers: heavily industrialized, heavily populated areas

answers: NDQ_001778

answers: Water pollution

answers: NDQ_001781

answers: Water pollution

answers: NDQ_001782

answers: Water pollution poses a significant health risk,

answers: NDQ_001785

answers: Water pollution poses a significant health risk,

answers: NDQ_001787

answers: polluted water making it way across international boundaries,

answers: NDQ_001788

answers: Water pollution

answers: NDQ_001789

answers: China.

answers: NDQ_001790

answers: Water pollution poses a significant health risk,

answers: NDQ_001791

answers: Water Pollution Prevention and Control Law.

answers: NDQ_001792

answers: China.

answers: NDQ_001793

answers: China.

answers: NDQ_001794

answers: Water Pollution Prevention and Control Law.

answers: NDQ_001795

answers: China.

answers: NDQ_001796

answers: questions of human rights,

answers: NDQ_001797

answers: heavily industrialized, heavily populated areas like China.

answers: NDQ_001798

answers: China passed a revised Water Pollution Prevention and Control Law.

answers: NDQ_001799

answers: Water pollution poses a significant health risk,

answers: NDQ_001800

answers: Water pollution

answers: NDQ_001801

answers: China.

answers: NDQ_001802

answers: significant health risk,

answers: NDQ_001803

answers: There is no single framework for dealing with pollution disputes local to a nation.

answers: NDQ_001804

answers: Water Pollution Prevention and Control Law.

answers: NDQ_001805

answers: drinking water,

text: Customers with lower water demand may draw insignificant amounts without becoming a formal member. In cases of water shortage they have to renounce the supply for the benefit of the regular members. The need of service water varies very much – for example annually for a public pool 500 m³/year up to 15 Mio. m³/year for a thermal power station. All together the withdrawal is on the average 60 Mio. m³/year (with downward drift). The technically possible maximum of 400 Mio. m³/year has never been used. The discharge of canal water via the Stever into Halterner Stausee and Talsperre Hullern depends on the annual rainfall, for example the discharge in 1976 was 11.5 Mio. m³ but in “wet years” nothing is discharged.The withdrawal of service water that is used and has to be treated separately and discharged as waste water is invoiced with 0,0353 €/m³ (waste water is invoiced separately by the operator of the wastewater treatment facility). For water that has been removed, warmed-up and discharged again into the canal the invoice value is 3.3% of that amount. The fees cover the costs that appear from operation and maintenance of the pumping stations and other costs related to the water services.

text: Customers with lower water demand may draw insignificant amounts without becoming a formal member. In cases of water shortage they have to renounce the supply for the benefit of the regular members. The need of service water varies very much – for example annually for a public pool 500 m³/year up to 15 Mio. m³/year for a thermal power station. All together the withdrawal is on the average 60 Mio. m³/year (with downward drift). The technically possible maximum of 400 Mio. m³/year has never been used. The discharge of canal water via the Stever into

text: Haltern

text: er Stausee and Talsperre Hullern depends on the annual rainfall, for example the discharge in 1976 was 11.5 Mio. m³ but in “wet years” nothing is discharged.The withdrawal of service water that is used and has to be treated separately and discharged as waste water is invoiced with 0,0353 €/m³ (waste water is invoiced separately by the operator of the

text: wastewater treatment

text: facility). For water that has been removed, warmed-up and discharged again into the canal the invoice value is 3.3% of that amount. The fees cover the costs that appear from operation and maintenance of the pumping stations and other costs related to the water services.

answers: NDQ_001768

answers: 60 Mio. m3

answers: NDQ_001769

answers: a public pool

answers: NDQ_001770

answers: How many m3 of water does a thermal power station use per year?

answers: NDQ_001771

answers: a public pool

answers: NDQ_001772

answers: thermal power stations

answers: NDQ_001773

answers: Which of the following is not a type of chemical: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: discharged as waste water

answers: NDQ_001775

answers: thermal power station

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: the annual rainfall

answers: NDQ_001778

answers: draw insignificant amounts without becoming a formal member

answers: NDQ_001781

answers: has to be treated separately

answers: NDQ_001782

answers: Which of the following is not a form of life: thermal power station, public pool, or public pool?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many Mio. m3 has never been used?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: The need of service water varies very much

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: How many Mio. m3 has never been used?

answers: NDQ_001797

answers: How many Mio. m3 has never been used?

answers: NDQ_001798

answers: How many Mio. m3 has never been used?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: in “wet years” nothing is discharged

answers: NDQ_001802

answers: wastewater treatment facility

answers: NDQ_001803

answers: pumping stations

answers: NDQ_001804

answers: Stever

answers: NDQ_001805

answers: thermal power station

answers: NDQ_001768

answers: thermal power station.

answers: NDQ_001769

answers: public pool

answers: NDQ_001770

answers: water shortage

answers: NDQ_001771

answers: public pool

answers: NDQ_001772

answers: thermal power station.

answers: NDQ_001773

answers: 15 Mio. m3/year for a thermal power station.

answers: NDQ_001774

answers: waste water

answers: NDQ_001775

answers: thermal power station.

answers: NDQ_001776

answers: water shortage

answers: NDQ_001777

answers: annual rainfall,

answers: NDQ_001778

answers: draw insignificant amounts without becoming a formal member.

answers: NDQ_001781

answers: “wet years”

answers: NDQ_001782

answers: 15 Mio. m3/year for a thermal power station.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: 0,0353 €/m3

answers: NDQ_001788

answers: 15 Mio. m3/year for a thermal power station.

answers: NDQ_001789

answers: thermal power station.

answers: NDQ_001790

answers: In cases of water shortage they have to renounce the supply

answers: NDQ_001791

answers: 60 Mio. m3/year

answers: NDQ_001792

answers: 15 Mio. m3/year for a thermal power station.

answers: NDQ_001793

answers: 60 Mio. m3/year

answers: NDQ_001794

answers: 60 Mio. m3/year

answers: NDQ_001795

answers: water shortage

answers: NDQ_001796

answers: 0,0353 €/m3

answers: NDQ_001797

answers: Customers with lower water demand

answers: NDQ_001798

answers: 60 Mio. m3/year

answers: NDQ_001799

answers: 0,0353 €/m3

answers: NDQ_001800

answers: water shortage

answers: NDQ_001801

answers: “wet years”

answers: NDQ_001802

answers: 3.3%

answers: NDQ_001803

answers: nothing is discharged.The

answers: NDQ_001804

answers: Stever

answers: NDQ_001805

answers: thermal power station.

text: Israel uses roughly 850 MCM/Y of groundwater, 400 MCM/Y of which come from the Mountain Aquifer. In 1964, Israel began to withdraw 320 MCM/Y from the Jordan River for the National Water Carrier. By 1967, Israel’s National Water Carrier was extracting almost 70 percent of the Jordan River before it reached the Palestinians in the West Bank. In the 1980s, Israeli settlers consumed seven times more water than Arab farmers. Other sources show a smaller, yet still sizeable difference. Per a September 2000 study, Israel uses 1180 MCM/Y, or 62 percent of its total annual water supply on agriculture. In comparison, Jordan uses 67 MCM/Y, or 74 percent of its total water supply on agriculture. Roughly 48 percent of Israel’s average annual water usage of 1,950 MCM/Y comes from territory captured in 1967. 400 MCM/Y of this comes from ground water in the West Bank, while 450 MCM/Y comes from the upper Jordan River and the Golan Heights. As early as 1981, however, Israel was exploiting 99 percent of its available water resources.

text: Israel uses roughly 850 MCM/Y of groundwater, 400 MCM/Y of which come from the Mountain Aquifer. In 1964, Israel began to withdraw 320 MCM/Y from the Jordan River for the

text: National Water Carrier

text: . By 1967, Israel’s National Water Carrier was extracting almost 70 percent of the Jordan River before it reached the

text: Palestinians

text: in the West Bank. In the 1980s, Israeli settlers consumed seven times more water than Arab farmers. Other sources show a smaller, yet still sizeable difference. Per a September 2000 study, Israel uses 1180 MCM/Y, or 62 percent of its total annual water supply on agriculture. In comparison, Jordan uses 67 MCM/Y, or 74 percent of its total water supply on agriculture. Roughly 48 percent of Israel’s average annual water usage of 1,950 MCM/Y comes from territory captured in 1967. 400 MCM/Y of this comes from ground water in the West Bank, while 450 MCM/Y comes from the upper Jordan River and the

text: Golan Heights

text: . As early as 1981, however, Israel was exploiting 99 percent of its available water resources.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: How many percent of Israel's total annual water supply does Jordan use?

answers: NDQ_001770

answers: How many more MCM/Y of groundwater does Israel use than Jordan?

answers: NDQ_001771

answers: How many percent of Israel's average annual water usage comes from territory captured in 1967?

answers: NDQ_001772

answers: Israeli settlers

answers: NDQ_001773

answers: Which of the following is not a source of water: ground water, ground water in the West Bank, or ground water in the Golan Heights?

answers: NDQ_001774

answers: reaches the Palestinians

answers: NDQ_001775

answers: How many percent of Israel's total annual water supply is used on agriculture?

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: how much water they use

answers: NDQ_001778

answers: Israeli settlers consumed seven times more water

answers: NDQ_001781

answers: reaches the Palestinians

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, settlers, or settlers?

answers: NDQ_001785

answers: How many years longer can we live without water than without food?

answers: NDQ_001787

answers: How many percent of Israel’s average annual water usage of 1,950 MCM/Y comes from territory captured in 1967

answers: NDQ_001788

answers: Which of the following is not a source of water: ground water in the West Bank, upper Jordan River, or the Golan Heights?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or groundwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which country uses 67 percent of its total water supply on agriculture?

answers: NDQ_001797

answers: How many MCM/Y of groundwater comes from the Mountain Aquifer?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: As early as 1981, however, Israel was exploiting 99 percent of its available water resources

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: Mountain Aquifer

answers: NDQ_001805

answers: Israel settlers consumed seven times more water than Arab farmers

answers: NDQ_001768

answers: agriculture.

answers: NDQ_001769

answers: agriculture.

answers: NDQ_001770

answers: agriculture.

answers: NDQ_001771

answers: 850 MCM/Y of groundwater,

answers: NDQ_001772

answers: agriculture.

answers: NDQ_001773

answers: 62 percent of its total annual water supply on agriculture.

answers: NDQ_001774

answers: 320 MCM/Y from the Jordan River for the National Water Carrier.

answers: NDQ_001775

answers: agriculture.

answers: NDQ_001776

answers: agriculture.

answers: NDQ_001777

answers: territory captured in 1967.

answers: NDQ_001778

answers: Israeli settlers consumed seven times more water than Arab farmers.

answers: NDQ_001781

answers: Israeli settlers consumed seven times more water than Arab farmers.

answers: NDQ_001782

answers: Israel uses roughly 850 MCM/Y of groundwater,

answers: NDQ_001785

answers: 62 percent of its total annual water supply on agriculture.

answers: NDQ_001787

answers: 400 MCM/Y of which come from the Mountain Aquifer.

answers: NDQ_001788

answers: 62 percent of its total annual water supply on agriculture.

answers: NDQ_001789

answers: groundwater,

answers: NDQ_001790

answers: Israel was exploiting 99 percent of its available water resources.

answers: NDQ_001791

answers: 74

answers: NDQ_001792

answers: Mountain Aquifer.

answers: NDQ_001793

answers: Israel uses roughly 850 MCM/Y of groundwater,

answers: NDQ_001794

answers: Israel uses roughly 850 MCM/Y of groundwater,

answers: NDQ_001795

answers: 62 percent of its total annual water supply on agriculture.

answers: NDQ_001796

answers: 67 MCM/Y,

answers: NDQ_001797

answers: Israeli settlers consumed seven times more water than Arab farmers.

answers: NDQ_001798

answers: 62 percent of its total annual water supply on agriculture.

answers: NDQ_001799

answers: National Water Carrier.

answers: NDQ_001800

answers: Israel was exploiting 99 percent of its available water resources.

answers: NDQ_001801

answers: In the 1980s,

answers: NDQ_001802

answers: 99 percent

answers: NDQ_001803

answers: agriculture.

answers: NDQ_001804

answers: Mountain Aquifer.

answers: NDQ_001805

answers: Israeli settlers consumed seven times more water than Arab farmers.

text: Most of the Education in South Africa comes from rural schools. In fact, approximately 79% of black South Africans live in rural communities. However, the government has neglected the quality of education in these rural areas. Issues with rural schooling include poor facilities, lack of clean water, lack of resources, and unmotivated educators. Considering poor facilities, some schools are not structurally stable and are at risk of collapse. Additionally, some schools lack electricity. Most schools with more than 500 children lack proper sanitation for toilets while some schools lack toilets at all. Furthermore, many rural schools are in remote areas without direct access to clean water. Water is generally kilometers away and unclean because animals bathe in and drink it. This lack of water is a particular issue in the daytime when the temperature is highest. The remoteness of these rural schools is also a particular problem because they are quite distant from students' homes. And, many schools do not remedy this issue with transport. Additionally, many schools lack the needed books and supplies for learning. In June 2010, the Government Gazette recognised that these unfavorable learning environments increase rates of absenteeism of educators and dropout of students. Additionally, some students do not have enough food to eat and are hungry during school. This hunger causes a lack on concentration and makes learning environments less favorable.

text: Most of the

text: Education in South Africa

answers: NDQ_001768

answers: unclean because animals bathe in

answers: NDQ_001769

answers: Municipal use of water refers to water that is used

answers: NDQ_001770

answers: Animals to bathe in

answers: NDQ_001771

answers: animals bathing in and drinking

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: Which of the following is not an issue with rural schools: lack of clean water, lack of electricity, or lack of sanitation?

answers: NDQ_001774

answers: unclean

answers: NDQ_001775

answers: unclean

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: the location of the population

answers: NDQ_001778

answers: animals bathe in and drink

answers: NDQ_001781

answers: unclean

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a reason for the lack of clean water?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not an issue with rural schools: lack of clean water, lack of resources, and unmotivated educators

answers: NDQ_001797

answers: Which of the following is not a reason for rural schools to be in remote areas without direct access to clean water?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is unclean because animals bathe in and drink it

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: in the daytime when the temperature is highest

answers: NDQ_001802

answers: Water is generally kilometers away and unclean

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unclean

answers: NDQ_001805

answers: animals bathe in and drink it

answers: NDQ_001768

answers: animals bathe in and drink it.

answers: NDQ_001769

answers: toilets

answers: NDQ_001770

answers: animals bathe in and drink it.

answers: NDQ_001771

answers: animals bathe in and drink

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: water.

answers: NDQ_001774

answers: animals bathe in and drink it.

answers: NDQ_001775

answers: animals bathe in and drink it.

answers: NDQ_001776

answers: food to eat

answers: NDQ_001777

answers: animals bathe in and drink it.

answers: NDQ_001778

answers: animals bathe in and drink it.

answers: NDQ_001781

answers: animals bathe in and drink it.

answers: NDQ_001782

answers: animals bathe in and drink it.

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: clean water.

answers: NDQ_001788

answers: unclean because animals bathe in and drink it.

answers: NDQ_001789

answers: clean water.

answers: NDQ_001790

answers: clean water.

answers: NDQ_001791

answers: 79% of black South Africans live in rural communities.

answers: NDQ_001792

answers: clean water.

answers: NDQ_001793

answers: animals bathe in and drink it.

answers: NDQ_001794

answers: Water is generally kilometers away and unclean

answers: NDQ_001795

answers: water.

answers: NDQ_001796

answers: clean water.

answers: NDQ_001797

answers: Water is generally kilometers away and unclean

answers: NDQ_001798

answers: clean water.

answers: NDQ_001799

answers: animals bathe in and drink it.

answers: NDQ_001800

answers: lack of clean water,

answers: NDQ_001801

answers: 2010,

answers: NDQ_001802

answers: Water is generally kilometers away and unclean

answers: NDQ_001803

answers: transport.

answers: NDQ_001804

answers: clean water.

answers: NDQ_001805

answers: animals bathe in and drink it.

text: Information quality of WaSH MP data outputs is defined in terms of its "fitness for use" by the end user. The six dimensions of data quality are relevance, accuracy, timeliness, accessibility, interpretability, and coherence. The information is collected from the field, by means of a standardized questionnaire, and is checked as part of a quality assurance process by Technical Field Monitors (TFMs) who are located in the West Bank and Gaza Strip. In order to provide this service the WaSH MP has further refined its data criteria by creating twelve indicators. The twelve indicators currently used are as follows: status of households with year-round access to a water source, per capita water supply, wastewater network coverage, cesspit and septic tank coverage, availability of solid waste collection system, prevalence of water-borne diseases, status of operation and maintenance of water supply facilities, cost recovery for water supply services, unaccounted-for water within the water supply system, monthly household income spent on water supply, monthly household income spent on sanitation, as well as a compilation of major community problems and needs. The commitment on behalf of the WaSH MP to the continuous improvement of data will ensure that international organizations, donors, INGO’s, NGO’s, academics and all interested persons receive WaSH-related data that meets the growing needs of the Palestinian people, as well as the development and humanitarian sectors.

text: Information quality of WaSH MP data outputs is defined in terms of its "fitness for use" by the end user. The six dimensions of data quality are relevance, accuracy, timeliness, accessibility, interpretability, and coherence. The information is collected from the field, by means of a standardized questionnaire, and is checked as part of a quality assurance process by Technical Field Monitors (TFMs) who are located in the West Bank and Gaza Strip. In order to provide this service the WaSH MP has further refined its data criteria by creating twelve indicators. The twelve indicators currently used are as follows: status of households with year-round access to a water source, per capita water supply, wastewater network coverage,

text: cesspit

text: and

text: septic tank

text: coverage, availability of

text: solid waste

text: collection system, prevalence of

text: water-borne disease

text: s, status of operation and maintenance of water supply facilities, cost recovery for water supply services, unaccounted-for water within the water supply system, monthly household income spent on water supply, monthly household income spent on sanitation, as well as a compilation of major community problems and needs. The commitment on behalf of the WaSH MP to the continuous improvement of data will ensure that international organizations, donors, INGO’s, NGO’s, academics and all interested persons receive WaSH-related data that meets the growing needs of the Palestinian people, as well as the development and humanitarian sectors.

answers: NDQ_001768

answers: monthly household income spent on water supply

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: water-borne diseases

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Palestinian people

answers: NDQ_001773

answers: List of agricultural chemicals

answers: NDQ_001774

answers: unaccounted-for

answers: NDQ_001775

answers: wastewater network coverage

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: per capita water supply

answers: NDQ_001778

answers: monthly household income spent on water supply

answers: NDQ_001781

answers: unaccounted-for

answers: NDQ_001782

answers: What are the dimensions of data quality?

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: context: WaSH MP has further refined its data criteria by creating twelve indicators

answers: NDQ_001788

answers: monthly household income spent on water supply

answers: NDQ_001789

answers: context: Water can be used to generate electricity

answers: NDQ_001790

answers: 70%

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: status of households with year-round access to a water source

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: prevalence of water-borne diseases

answers: NDQ_001797

answers: monthly household income spent on water supply

answers: NDQ_001798

answers: unaccounted-for water

answers: NDQ_001799

answers: water-borne diseases

answers: NDQ_001800

answers: NDQ_001801

answers: period of unusually low rainfall

answers: NDQ_001802

answers: prevalence of water-borne diseases

answers: NDQ_001803

answers: sanitation

answers: NDQ_001804

answers: wastewater network coverage

answers: NDQ_001805

answers: per capita water supply

answers: NDQ_001768

answers: status of households with year-round access to a water source,

answers: NDQ_001769

answers: wastewater network

answers: NDQ_001770

answers: water-borne diseases,

answers: NDQ_001771

answers: cesspit and septic tank

answers: NDQ_001772

answers: Palestinian people,

answers: NDQ_001773

answers: water-borne diseases,

answers: NDQ_001774

answers: unaccounted-for water within the water supply system,

answers: NDQ_001775

answers: water-borne diseases,

answers: NDQ_001776

answers: water-borne diseases,

answers: NDQ_001777

answers: per capita water supply,

answers: NDQ_001778

answers: prevalence of water-borne diseases,

answers: NDQ_001781

answers: unaccounted-for water within the water supply system,

answers: NDQ_001782

answers: water-borne diseases,

answers: NDQ_001785

answers: water-borne diseases,

answers: NDQ_001787

answers: prevalence of water-borne diseases,

answers: NDQ_001788

answers: unaccounted-for water within the water supply system,

answers: NDQ_001789

answers: water-borne diseases,

answers: NDQ_001790

answers: water-borne diseases,

answers: NDQ_001791

answers: water-borne diseases,

answers: NDQ_001792

answers: households with year-round access to a water source,

answers: NDQ_001793

answers: water-borne diseases,

answers: NDQ_001794

answers: cesspit and septic tank coverage,

answers: NDQ_001795

answers: year-round access to a water source, per capita water supply,

answers: NDQ_001796

answers: prevalence of water-borne diseases,

answers: NDQ_001797

answers: status of households with year-round access to a water source,

answers: NDQ_001798

answers: status of households with year-round access to a water source,

answers: NDQ_001799

answers: water-borne diseases,

answers: NDQ_001800

answers: unaccounted-for water

answers: NDQ_001801

answers: prevalence of water-borne diseases,

answers: NDQ_001802

answers: prevalence of water-borne diseases,

answers: NDQ_001803

answers: cesspit and septic tank

answers: NDQ_001804

answers: cesspit and septic tank

answers: NDQ_001805

answers: water-borne diseases,

text: The Veeranam Water Supply Project was implemented as additional source of water to Chennai City.  The Project was commissioned in the year 2004 to supply 180 MLD of water to Chennai City by drawing water from Veeranam Lake.  This lake receives water from Cauvery River system through Kollidam, Lower Anicut and Vadavar Canal besides rainwater from its own catchment area.  The capacity of the lake is 1465 Mcft.  The lake water is treated at Vadakuthu Water Treatment Plant by pumping raw water at a distance of 20 km. from Sethiathope to Vadakuthu through a 1775 mm dia mild steel pipe.  The treated water is then pumped at a distance of 8 km. to Break Pressure Tank at Kadampuliyur through a 1750 mm dia mild steel pipe and from there the water is conveyed to a distance of about 200 km. through the mild steel pipe of 1875 mm and 1500 mm dia by gravity to Porur Water Distribution Station near Chennai.  From this Distribution Station, water is pumped to a distance of 1.2 km. and distributed to Chennai City through Trunk mains and Water Distribution stations.

text: The Veeranam Water Supply Project was implemented as additional source of water to Chennai City.  The Project was commissioned in the year 2004 to supply 180 MLD of water to Chennai City by drawing water from

text: Veeranam Lake

text: .  This lake receives water from

text: Cauvery River

text: system through Kollidam,

text: Lower Anicut

text: and Vadavar Canal besides rainwater from its own catchment area.  The capacity of the lake is 1465 Mcft.  The lake water is treated at Vadakuthu Water Treatment Plant by pumping raw water at a distance of 20 km. from Sethiathope to Vadakuthu through a 1775 mm dia mild steel pipe.  The treated water is then pumped at a distance of 8 km. to Break Pressure Tank at Kadampuliyur through a 1750 mm dia mild steel pipe and from there the water is conveyed to a distance of about 200 km. through the mild steel pipe of 1875 mm and 1500 mm dia by gravity to Porur Water Distribution Station near Chennai.  From this Distribution Station, water is pumped to a distance of 1.2 km. and distributed to Chennai City through Trunk mains and Water Distribution stations.

answers: NDQ_001768

answers: Veeranam Lake

answers: NDQ_001769

answers: Municipal use of water

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: What is the capacity of the lake?

answers: NDQ_001772

answers: Chennai City

answers: NDQ_001773

answers: Which of the following is not a product of the Veeranam Water Supply Project: Veeranam Lake, Veeranam Lake Treatment Plant or Veeranam Lake?

answers: NDQ_001774

answers: is not treated

answers: NDQ_001775

answers: What does the Veeranam Water Supply Project provide?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Veeranam Water Supply Project

answers: NDQ_001778

answers: Water Supply Project

answers: NDQ_001781

answers: wastes too much

answers: NDQ_001782

answers: What is the purpose of the Veeranam Water Supply Project?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of water: Veeranam Lake, Lower Anicut or Veeranam Lake?

answers: NDQ_001788

answers: Which of the following is not a source of water: Veeranam Lake, Lower Anicut, or Veeranam Lake?

answers: NDQ_001789

answers: What does the Veeranam Water Supply Project do?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the Veeranam Water Supply Project?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Veeranam Water Supply Project

answers: NDQ_001797

answers: How would you describe the climate of Chennai City?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: The Veeranam Water Supply Project was implemented as additional source of water to Chennai City

answers: NDQ_001803

answers: Veeranam Water Supply Project

answers: NDQ_001804

answers: Veeranam Lake

answers: NDQ_001805

answers: NDQ_001768

answers: The Veeranam Water Supply Project

answers: NDQ_001769

answers: Chennai City.

answers: NDQ_001770

answers: Veeranam Lake.

answers: NDQ_001771

answers: Veeranam Lake.

answers: NDQ_001772

answers: Chennai City.

answers: NDQ_001773

answers: The Veeranam Water Supply Project

answers: NDQ_001774

answers: Veeranam Lake.

answers: NDQ_001775

answers: treated at Vadakuthu Water Treatment Plant

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: rainwater from its own catchment area.

answers: NDQ_001778

answers: rainwater

answers: NDQ_001781

answers: Veeranam Lake.

answers: NDQ_001782

answers: Veeranam Lake.

answers: NDQ_001785

answers: Veeranam Lake.

answers: NDQ_001787

answers: Veeranam Lake.

answers: NDQ_001788

answers: The Veeranam Water Supply Project was implemented as additional source of water

answers: NDQ_001789

answers: Veeranam Lake.

answers: NDQ_001790

answers: The Veeranam Water Supply Project

answers: NDQ_001791

answers: Veeranam Lake.

answers: NDQ_001792

answers: Veeranam Lake.

answers: NDQ_001793

answers: Veeranam Lake.

answers: NDQ_001794

answers: Veeranam Lake.

answers: NDQ_001795

answers: The Veeranam Water Supply Project

answers: NDQ_001796

answers: Veeranam Lake.

answers: NDQ_001797

answers: The Veeranam Water Supply Project was implemented as additional source of water

answers: NDQ_001798

answers: The Veeranam Water Supply Project

answers: NDQ_001799

answers: The treated water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2004

answers: NDQ_001802

answers: Cauvery River system

answers: NDQ_001803

answers: The Veeranam Water Supply Project

answers: NDQ_001804

answers: 1775 mm dia mild steel pipe.

answers: NDQ_001805

answers: The Veeranam Water Supply Project

text: Water to the area is supplied by the Goldfields Water Supply Scheme.

text: Water to the area is supplied by the

text: Goldfields Water Supply Scheme

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: Goldfields

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: smelting

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the location of the area

answers: NDQ_001778

answers: a lack of water

answers: NDQ_001781

answers: is too cold

answers: NDQ_001782

answers: What does the Goldfields Water Supply Scheme supply?

answers: NDQ_001785

answers: (iii).

answers: NDQ_001787

answers: The Goldfields Water Supply Scheme supplies water to the Goldfields.

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: What is the Goldfields Water Supply Scheme?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It is not possible to tell

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is true of the Goldfields?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used to supply water

answers: NDQ_001804

answers: is used to supply water

answers: NDQ_001805

answers: Australia

answers: NDQ_001768

answers: Goldfields Water Supply Scheme.

answers: NDQ_001769

answers: Goldfields Water Supply Scheme.

answers: NDQ_001770

answers: Goldfields Water Supply Scheme.

answers: NDQ_001771

answers: Goldfields Water Supply Scheme.

answers: NDQ_001772

answers: Goldfields Water Supply Scheme.

answers: NDQ_001773

answers: Goldfields Water Supply Scheme.

answers: NDQ_001774

answers: Goldfields Water Supply Scheme.

answers: NDQ_001775

answers: Goldfields Water Supply Scheme.

answers: NDQ_001776

answers: Water to the area is supplied by the Goldfields Water Supply Scheme.

answers: NDQ_001777

answers: Goldfields Water Supply Scheme.

answers: NDQ_001778

answers: Water to the area is supplied by the Goldfields Water Supply Scheme.

answers: NDQ_001781

answers: Goldfields Water Supply Scheme.

answers: NDQ_001782

answers: Goldfields Water Supply Scheme.

answers: NDQ_001785

answers: Goldfields Water Supply Scheme.

answers: NDQ_001787

answers: Goldfields Water Supply Scheme.

answers: NDQ_001788

answers: Goldfields Water Supply Scheme.

answers: NDQ_001789

answers: Goldfields Water Supply Scheme.

answers: NDQ_001790

answers: Goldfields Water Supply Scheme.

answers: NDQ_001791

answers: Goldfields Water Supply Scheme.

answers: NDQ_001792

answers: Goldfields Water Supply Scheme.

answers: NDQ_001793

answers: Goldfields Water Supply Scheme.

answers: NDQ_001794

answers: Goldfields Water Supply Scheme.

answers: NDQ_001795

answers: Goldfields Water Supply Scheme.

answers: NDQ_001796

answers: Goldfields Water Supply Scheme.

answers: NDQ_001797

answers: Goldfields Water Supply Scheme.

answers: NDQ_001798

answers: Goldfields Water Supply Scheme.

answers: NDQ_001799

answers: Goldfields Water Supply Scheme.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Goldfields Water Supply Scheme.

answers: NDQ_001802

answers: Goldfields Water Supply Scheme.

answers: NDQ_001803

answers: Goldfields Water Supply Scheme.

answers: NDQ_001804

answers: Goldfields Water Supply Scheme.

answers: NDQ_001805

answers: Goldfields Water Supply Scheme.

text: The total water used in an agricultural field includes runoff, drainage and consumptive use. The use of loose mulches will reduce evaporative losses for a period after a field is irrigated, but in the end the total evaporative loss will approach that of an uncovered soil. The benefit from mulch is to keep the moisture available during the seedling stage. Water use efficiency is measured by transpiration ratio, which is the ratio of the total water transpired by a plant to the dry weight of the harvested plant. Transpiration ratios for crops range from 300 to 700. For example, alfalfa may have a transpiration ratio of 500 and as a result 500 kilograms of water will produce one kilogram of dry alfalfa.

text: The total water used in an agricultural field includes runoff, drainage and consumptive use. The use of loose mulches will reduce evaporative losses for a period after a field is irrigated, but in the end the total evaporative loss will approach that of an uncovered soil. The benefit from mulch is to keep the moisture available during the seedling stage. Water use efficiency is measured by transpiration ratio, which is the ratio of the total water transpired by a plant to the dry weight of the harvested plant. Transpiration ratios for crops range from 300 to 700. For example, alfalfa may have a transpiration ratio of 500 and as a result 500 kilograms of water will produce one kilogram of dry alfalfa.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: evaporative losses

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: Which of the following is not an agricultural chemical: fertilizer, herbicide, or pesticide?

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: consumptive use

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: irrigated

answers: NDQ_001781

answers: evaporates

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a benefit from mulch?

answers: NDQ_001788

answers: use of loose mulches

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: 2025

answers: NDQ_001796

answers: runoff, drainage and consumptive use

answers: NDQ_001797

answers: Which of the following is not a benefit from mulch?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: is a

answers: NDQ_001802

answers: Transpiration ratios for crops range from 300 to 700

answers: NDQ_001803

answers: irrigated

answers: NDQ_001804

answers: drainage

answers: NDQ_001805

answers: agricultural field

answers: NDQ_001768

answers: transpiration ratio,

answers: NDQ_001769

answers: consumptive use.

answers: NDQ_001770

answers: evaporative losses

answers: NDQ_001771

answers: consumptive use.

answers: NDQ_001772

answers: agricultural field

answers: NDQ_001773

answers: The use of loose mulches

answers: NDQ_001774

answers: evaporative

answers: NDQ_001775

answers: consumptive use.

answers: NDQ_001776

answers: irrigated,

answers: NDQ_001777

answers: transpiration ratio,

answers: NDQ_001778

answers: runoff, drainage and consumptive use.

answers: NDQ_001781

answers: evaporative losses

answers: NDQ_001782

answers: transpiration ratio,

answers: NDQ_001785

answers: transpiration ratio,

answers: NDQ_001787

answers: The use of loose mulches

answers: NDQ_001788

answers: The use of loose mulches

answers: NDQ_001789

answers: transpiration ratio,

answers: NDQ_001790

answers: 300 to 700.

answers: NDQ_001791

answers: 300 to 700.

answers: NDQ_001792

answers: Transpiration ratios for crops range from 300 to 700.

answers: NDQ_001793

answers: 300 to 700.

answers: NDQ_001794

answers: uncovered soil.

answers: NDQ_001795

answers: Transpiration ratios for crops range from 300 to 700.

answers: NDQ_001796

answers: Transpiration ratios for crops range from 300 to 700.

answers: NDQ_001797

answers: transpiration ratio,

answers: NDQ_001798

answers: transpiration ratio,

answers: NDQ_001799

answers: transpiration ratio,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The use of loose mulches

answers: NDQ_001802

answers: Transpiration ratios for crops range from 300 to 700.

answers: NDQ_001803

answers: irrigated,

answers: NDQ_001804

answers: drainage

answers: NDQ_001805

answers: consumptive use.

text: Since rainfall is highly seasonal, surface water is stored in 72 reservoirs with a total production capacity of 7.4 billion m3 per year in 2009. Most of this water is used for irrigation. Total drinking water supply was about 2.8 billion m3 per year. One of the largest reservoir systems in Algeria is the Beni Haroun complex in Mila Province that supplies water for irrigation and drinking water to 4 million people in six provinces in the East of Algeria. Another large system is the Taksebt complex in Tizi Ouzou in Kabylie. It supplies three provinces, including parts of the capital Algiers, with drinking water. In the Bouira Province, water is supplied from the Koudiat Acerdoune dam. The longest water transfer project in Algeria, dubbed "project of the century", transfers non-renewable groundwater from  In Salah to Tamanrasset in the Sahara over a distance of 750 km. It was completed in 2011 at a cost of USD 2.5 billion.

text: Since rainfall is highly seasonal, surface water is stored in 72 reservoirs with a total production capacity of 7.4 billion m3 per year in 2009. Most of this water is used for irrigation. Total drinking water supply was about 2.8 billion m3 per year. One of the largest reservoir systems in Algeria is the Beni Haroun complex in

text: Mila Province

text: that supplies water for irrigation and drinking water to 4 million people in six provinces in the East of Algeria. Another large system is the Taksebt complex in

text: Tizi Ouzou

text: in Kabylie. It supplies three provinces, including parts of the capital

text: Algiers

text: , with drinking water. In the

text: Bouira Province

text: , water is supplied from the Koudiat Acerdoune dam. The longest water transfer project in Algeria, dubbed "project of the century", transfers non-renewable groundwater from

text: In Salah

text: to

text: Tamanrasset

text: in the Sahara over a distance of 750 km. It was completed in 2011 at a cost of USD 2.5 billion.

answers: NDQ_001768

answers: 2.8 billion m3 per year

answers: NDQ_001769

answers: Irrigation

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: Which of the following is not a recreational use of water: irrigation or drinking water?

answers: NDQ_001772

answers: irrigation

answers: NDQ_001773

answers: Which of the following is not used for irrigation: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: is used for irrigation

answers: NDQ_001775

answers: What is the Beni Haroun complex in Mila Province

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: unsuitable for drinking

answers: NDQ_001782

answers: Which of the following is not a form of life: drinking water or irrigation?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a reservoir: Beni Haroun complex, Taksebt complex, or Koudiat Acerdoune dam?

answers: NDQ_001789

answers: Which of the following is not a type of water used for irrigation: irrigation or drinking water?

answers: NDQ_001790

answers: Which of the following is not a problem: 70% of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or reservoirs?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: how many billion m3 per year

answers: NDQ_001796

answers: Which of the following is not a reservoir system: Beni Haroun complex, Taksebt complex, or Koudiat Acerdoune dam?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Sahara?

answers: NDQ_001798

answers: How many billion m3 of water is stored in 72 reservoirs?

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: seasonal

answers: NDQ_001802

answers: Total drinking water supply was about 2.8 billion m3

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: reservoirs

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation.

answers: NDQ_001769

answers: irrigation.

answers: NDQ_001770

answers: 7.4 billion m3 per year

answers: NDQ_001771

answers: irrigation.

answers: NDQ_001772

answers: irrigation.

answers: NDQ_001773

answers: 7.4 billion m3 per year in 2009.

answers: NDQ_001774

answers: irrigation.

answers: NDQ_001775

answers: irrigation.

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: irrigation.

answers: NDQ_001781

answers: 7.4 billion m3 per year in 2009.

answers: NDQ_001782

answers: drinking water

answers: NDQ_001785

answers: 7.4 billion m3 per year

answers: NDQ_001787

answers: Most of this water is used for irrigation.

answers: NDQ_001788

answers: irrigation.

answers: NDQ_001789

answers: 7.4 billion m3 per year

answers: NDQ_001790

answers: 7.4 billion m3 per year in 2009.

answers: NDQ_001791

answers: 7.4 billion m3 per year in 2009.

answers: NDQ_001792

answers: 7.4 billion m3 per year

answers: NDQ_001793

answers: 2.8 billion m3 per year.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: 7.4 billion m3 per year in 2009.

answers: NDQ_001796

answers: 2.8 billion m3 per year.

answers: NDQ_001797

answers: 2.8 billion m3 per year.

answers: NDQ_001798

answers: 7.4 billion m3 per year in 2009.

answers: NDQ_001799

answers: irrigation and drinking water

answers: NDQ_001800

answers: non-renewable groundwater

answers: NDQ_001801

answers: seasonal,

answers: NDQ_001802

answers: 2.8 billion m3 per year.

answers: NDQ_001803

answers: irrigation.

answers: NDQ_001804

answers: In Salah to Tamanrasset in the Sahara

answers: NDQ_001805

answers: irrigation.

text: The Montreal Fire Brigade, or Service de sécurité incendie de Montréal, originated as a service of volunteers which was not the most effective service to combat fires. In the beginning of the brigade, the only way to get water to the homes of civilians was by going to the public water pumps, private wells, or to the nearby river or lakes. While combating fires, it would be incredibly hard for the volunteer firefighters to go from the burning houses, back to the water supply, and back to the place of emergency, taking too much time, and the fire would continue to rage on. One way that they tried to solve this problem was to have carters going from the water supply to the homes in Montreal. These carters would carry buckets of water to the city and try to get there before any other carters could. This was due to the incentive of three dollars extra pay for getting there first. This of course would cause for the carters to rush, not fill the bucket all the way, or spill some of the water on their course over to the house. Spilling the water would have caused major problems while fighting fires because there would not be enough to put out a house fire, and when they ran out of water the fire would rage out of control.

text: The Montreal Fire Brigade, or

entity_name: Service de sécurité incendie de Montréal

text: Service de sécurité incendie de Montréal

text: , originated as a service of volunteers which was not the most effective service to combat fires. In the beginning of the brigade, the only way to get water to the homes of civilians was by going to the public water pumps, private wells, or to the nearby river or lakes. While combating fires, it would be incredibly hard for the volunteer firefighters to go from the burning houses, back to the water supply, and back to the place of emergency, taking too much time, and the fire would continue to rage on. One way that they tried to solve this problem was to have carters going from the water supply to the homes in Montreal. These carters would carry buckets of water to the city and try to get there before any other carters could. This was due to the incentive of three dollars extra pay for getting there first. This of course would cause for the carters to rush, not fill the bucket all the way, or spill some of the water on their course over to the house. Spilling the water would have caused major problems while fighting fires because there would not be enough to put out a house fire, and when they ran out of water the fire would rage out of control.

answers: NDQ_001768

answers: private wells

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: Spilling the water

answers: NDQ_001771

answers: What was the incentive for the carters to rush?

answers: NDQ_001772

answers: civilians

answers: NDQ_001773

answers: Which of the following is not a product of the Montreal Fire Brigade?

answers: NDQ_001774

answers: spills

answers: NDQ_001775

answers: What would have caused major problems while fighting fires?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: public water pumps

answers: NDQ_001778

answers: spilling the water

answers: NDQ_001781

answers: spills

answers: NDQ_001782

answers: Which of the following is not a form of life: human, animal, or plant?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What would have caused major problems while fighting fires?

answers: NDQ_001789

answers: Which of the following is not a source of water: public water pumps, private wells, or to the nearby river or lakes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers, rivers, or lakes?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: how many

answers: NDQ_001796

answers: What was the incentive of three dollars extra pay for getting there first?

answers: NDQ_001797

answers: What would have caused major problems while fighting fires?

answers: NDQ_001798

answers: How many buckets of water did the carters carry?

answers: NDQ_001799

answers: What would have caused major problems while fighting fires because there would not be enough to put out a house fire?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: incendie

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: private wells

answers: NDQ_001805

answers: water supply

answers: NDQ_001768

answers: private wells,

answers: NDQ_001769

answers: public water pumps,

answers: NDQ_001770

answers: Spilling the water would have caused major problems while fighting fires

answers: NDQ_001771

answers: river or lakes.

answers: NDQ_001772

answers: volunteer firefighters

answers: NDQ_001773

answers: The Montreal Fire Brigade, or Service de sécurité incendie de Montréal,

answers: NDQ_001774

answers: spill some of the water on their course over to the house.

answers: NDQ_001775

answers: three dollars extra pay

answers: NDQ_001776

answers: fires.

answers: NDQ_001777

answers: public water pumps, private wells, or to the nearby river or lakes.

answers: NDQ_001778

answers: spill some of the water on their course over to the house.

answers: NDQ_001781

answers: spill some of the water on their course over to the house.

answers: NDQ_001782

answers: The Montreal Fire Brigade,

answers: NDQ_001785

answers: water to the homes of civilians was by going to the public water pumps,

answers: NDQ_001787

answers: spill some of the water on their course over to the house.

answers: NDQ_001788

answers: spill some of the water

answers: NDQ_001789

answers: public water pumps,

answers: NDQ_001790

answers: Spilling the water

answers: NDQ_001791

answers: river or lakes.

answers: NDQ_001792

answers: river or lakes.

answers: NDQ_001793

answers: private wells,

answers: NDQ_001794

answers: wells,

answers: NDQ_001795

answers: public water pumps,

answers: NDQ_001796

answers: public water pumps,

answers: NDQ_001797

answers: river or lakes.

answers: NDQ_001798

answers: carters going from the water supply to the homes in Montreal.

answers: NDQ_001799

answers: spill some of the water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The Montreal Fire Brigade, or Service de sécurité incendie de Montréal,

answers: NDQ_001802

answers: public water pumps,

answers: NDQ_001803

answers: carters would carry buckets of water

answers: NDQ_001804

answers: public water pumps,

answers: NDQ_001805

answers: fires.

text: The water supply in Saudi Arabia, and specifically the lack of water has always been the major constraint on agriculture and the determining factor on where cultivation occurred. The kingdom has no lakes or rivers. Rainfall is slight and irregular over most of the country. Only in the southwest, in the mountains of 'Asir, close to the Yemen border and accounting for three percent of the land area, was rainfall sufficient to support regular crops. This region plus the southern Tihamah coastal plains sustained subsistence farming. Cropping in the rest of the country was scattered and dependent on irrigation. Along the western coast and in the western highlands, groundwater from wells and springs provided adequate water for self-supporting farms and, to some extent, for commercial production. Moving east, in the central and northern parts of the interior, Najd and An Nafud, some groundwater allowed limited farming. The Eastern Province supported the most extensive plantation economy. The major oasis centered around Al Qatif, which enjoyed high water tables, natural springs, and relatively good soils.

text: The

entity_name: Water supply and sanitation in Saudi Arabia

text: water supply in Saudi Arabia

text: , and specifically the

text: lack of water

text: has always been the major constraint on agriculture and the determining factor on where cultivation occurred. The kingdom has no lakes or rivers. Rainfall is slight and irregular over most of the country. Only in the southwest, in the mountains of

text: 'Asir

text: , close to the

text: Yemen

text: border and accounting for three percent of the land area, was rainfall sufficient to support regular crops. This region plus the southern

text: Tihamah

text: coastal plains sustained

text: subsistence farming

text: . Cropping in the rest of the country was scattered and dependent on

text: irrigation

text: . Along the western coast and in the western highlands,

text: groundwater

text: from wells and springs provided adequate water for self-supporting farms and, to some extent, for commercial production. Moving east, in the central and northern parts of the interior,

text: Najd

text: and

text: An Nafud

text: , some groundwater allowed limited farming. The

text: Eastern Province

text: supported the most extensive

text: plantation economy

text: . The major

text: oasis

text: centered around

text: Al Qatif

text: , which enjoyed high water tables, natural springs, and relatively good soils.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: What type of economy supported the most extensive plantation economy?

answers: NDQ_001770

answers: crop failures

answers: NDQ_001771

answers: Which of the following is not a source of groundwater: wells, springs, or commercial production?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of water: groundwater from wells and springs, groundwater from wells and springs, or commercial production?

answers: NDQ_001774

answers: has no lakes or rivers

answers: NDQ_001775

answers: commercial production

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: cultivation

answers: NDQ_001781

answers: Lack of water

answers: NDQ_001782

answers: Why is the lack of water a major constraint on agriculture?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of groundwater: wells and springs or commercial production?

answers: NDQ_001788

answers: Which of the following is not a source of water: groundwater from wells and springs or commercial production?

answers: NDQ_001789

answers: Which of the following is not a source of water: wells and springs?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in Saudi Arabia: lakes or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where does groundwater come from?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of crop: subsistence farming or irrigation?

answers: NDQ_001797

answers: Which of the following is not a type of crop: subsistence farming or irrigation?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: Which of the following is not a source of water: wells and springs

answers: NDQ_001800

answers: lack of water

answers: NDQ_001801

answers: 'Asir

answers: NDQ_001802

answers: The kingdom has no lakes or rivers

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: irrigation.

answers: NDQ_001769

answers: commercial production.

answers: NDQ_001770

answers: commercial production.

answers: NDQ_001771

answers: groundwater from wells and springs

answers: NDQ_001772

answers: Saudi Arabia,

answers: NDQ_001773

answers: irrigation.

answers: NDQ_001774

answers: no lakes or rivers.

answers: NDQ_001775

answers: commercial production.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Rainfall

answers: NDQ_001778

answers: cultivation

answers: NDQ_001781

answers: lack of water

answers: NDQ_001782

answers: groundwater

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Cropping in the rest of the country was scattered and dependent on irrigation.

answers: NDQ_001788

answers: groundwater

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: The water supply in Saudi Arabia,

answers: NDQ_001791

answers: three

answers: NDQ_001792

answers: groundwater

answers: NDQ_001793

answers: lakes or rivers.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: The water supply in Saudi Arabia,

answers: NDQ_001796

answers: The water supply in Saudi Arabia,

answers: NDQ_001797

answers: Rainfall is slight and irregular

answers: NDQ_001798

answers: groundwater from wells and springs

answers: NDQ_001799

answers: groundwater

answers: NDQ_001800

answers: The water supply in Saudi Arabia, and specifically the lack of water

answers: NDQ_001801

answers: Rainfall is slight and irregular

answers: NDQ_001802

answers: lack of water

answers: NDQ_001803

answers: irrigation.

answers: NDQ_001804

answers: wells and springs

answers: NDQ_001805

answers: irrigation.

text: The European Drinking Water Directive (DWD), Council Directive 98/83/EC concerns the quality of water intended for human consumption and forms part of the regulation of Water supply and sanitation in the European Union.

text: The European Drinking Water Directive (DWD),

text: Council Directive 98/83/EC

text: concerns the quality of

text: water intended for human consumption

text: and forms part of the regulation of

text: Water supply and sanitation in the European Union

answers: NDQ_001768

answers: Drinking Water Directive

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: Drinking Water

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: The European Drinking Water Directive (DWD) concerns the quality of water intended for human consumption.

answers: NDQ_001774

answers: is contaminated

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: drinking water

answers: NDQ_001781

answers: is not suitable for human consumption

answers: NDQ_001782

answers: What is the purpose of the European Drinking Water Directive?

answers: NDQ_001785

answers: The European Drinking Water Directive concerns the quality of water intended for human consumption

answers: NDQ_001787

answers: Council Directive 98/83/EC concerns the quality of water intended for human consumption

answers: NDQ_001788

answers: None of the above choices are available

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: The European Drinking Water Directive (DWD) concerns the quality of water intended for human consumption

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not part of the regulation of Water supply and sanitation in the European Union: Drinking Water Directive (DWD), Council Directive 98/83/EC or Water supply and sanitation?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: no

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be used to describe

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can not be used to supply water

answers: NDQ_001804

answers: The European Drinking Water Directive

answers: NDQ_001805

answers: human consumption

answers: NDQ_001768

answers: The European Drinking Water Directive

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: The European Drinking Water Directive

answers: NDQ_001771

answers: The European Drinking Water Directive

answers: NDQ_001772

answers: human consumption

answers: NDQ_001773

answers: The European Drinking Water Directive

answers: NDQ_001774

answers: quality of water

answers: NDQ_001775

answers: Water supply and sanitation

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Water supply and sanitation in the European Union.

answers: NDQ_001778

answers: consumption

answers: NDQ_001781

answers: consumption

answers: NDQ_001782

answers: The European Drinking Water Directive

answers: NDQ_001785

answers: The European Drinking Water Directive

answers: NDQ_001787

answers: The European Drinking Water Directive

answers: NDQ_001788

answers: The European Drinking Water Directive

answers: NDQ_001789

answers: The European Drinking Water Directive

answers: NDQ_001790

answers: The European Drinking Water Directive

answers: NDQ_001791

answers: The European Drinking Water Directive

answers: NDQ_001792

answers: The European Drinking Water Directive

answers: NDQ_001793

answers: The European Drinking Water Directive

answers: NDQ_001794

answers: The European Drinking Water Directive

answers: NDQ_001795

answers: The European Drinking Water Directive

answers: NDQ_001796

answers: The European Drinking Water Directive

answers: NDQ_001797

answers: The European Drinking Water Directive

answers: NDQ_001798

answers: The European Drinking Water Directive

answers: NDQ_001799

answers: The European Drinking Water Directive

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The European Drinking Water Directive

answers: NDQ_001802

answers: quality of water intended for human consumption

answers: NDQ_001803

answers: Water supply

answers: NDQ_001804

answers: Water supply and sanitation in the European Union.

answers: NDQ_001805

answers: human consumption

text: Water is obtained from a  well on the north side of the island. This supply can serve the island throughout the season if there is sufficient rainfall during the summer. A reverse osmosis system provides fresh water if well water does not meet demand. Shoals is licensed by the State of Maine to provide potable drinking water to island residents and visitors. Conservation measures reduce the volume of freshwater used to 1/5 of expected consumption.

text: Water is obtained from a  well on the north side of the island. This supply can serve the island throughout the season if there is sufficient rainfall during the summer. A

text: reverse osmosis

text: system provides fresh water if well water does not meet demand. Shoals is licensed by the State of Maine to provide potable drinking water to island residents and visitors. Conservation measures reduce the volume of freshwater used to 1/5 of expected consumption.

answers: NDQ_001768

answers: 1/5 of expected consumption

answers: NDQ_001769

answers: potable drinking water

answers: NDQ_001770

answers: a decrease in water quality

answers: NDQ_001771

answers: How many percent of expected consumption is not used?

answers: NDQ_001772

answers: residents and visitors

answers: NDQ_001773

answers: Which of the following is not used to provide potable drinking water to island residents and visitors?

answers: NDQ_001774

answers: 1/5 of expected consumption

answers: NDQ_001775

answers: potable drinking water

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: island residents and visitors

answers: NDQ_001781

answers: does not meet demand

answers: NDQ_001782

answers: Which of the following is not a form of life: island residents and visitors?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system: large irrigation systems or reverse osmosis systems?

answers: NDQ_001789

answers: Which of the following is not a source of water: a well or a reverse osmosis system?

answers: NDQ_001790

answers: How many percent of the Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or wells?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How is water obtained from a well on the north side of the island?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, cold, or wet?

answers: NDQ_001798

answers: Yes

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: during the summer

answers: NDQ_001802

answers: 1/5 of expected consumption

answers: NDQ_001803

answers: reverse osmosis system

answers: NDQ_001804

answers: a well

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: Conservation measures reduce the volume of freshwater used to 1/5 of expected consumption.

answers: NDQ_001769

answers: potable drinking water

answers: NDQ_001770

answers: well water does not meet demand.

answers: NDQ_001771

answers: Shoals is licensed by the State of Maine to provide potable drinking water

answers: NDQ_001772

answers: 1/5 of expected consumption.

answers: NDQ_001773

answers: Maine to provide potable drinking water

answers: NDQ_001774

answers: well water does not meet demand.

answers: NDQ_001775

answers: potable drinking water

answers: NDQ_001776

answers: rainfall

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: residents

answers: NDQ_001781

answers: well water does not meet demand.

answers: NDQ_001782

answers: 1/5 of expected consumption.

answers: NDQ_001785

answers: 1/5 of expected consumption.

answers: NDQ_001787

answers: reverse osmosis system

answers: NDQ_001788

answers: 1/5 of expected consumption.

answers: NDQ_001789

answers: reverse osmosis system

answers: NDQ_001790

answers: 1/5 of expected consumption.

answers: NDQ_001791

answers: 1/5

answers: NDQ_001792

answers: Conservation measures reduce the volume of freshwater used to 1/5 of expected consumption.

answers: NDQ_001793

answers: 1/5 of expected consumption.

answers: NDQ_001794

answers: 1/5 of expected consumption.

answers: NDQ_001795

answers: 1/5 of expected consumption.

answers: NDQ_001796

answers: reverse osmosis system provides fresh water

answers: NDQ_001797

answers: Conservation measures reduce the volume of freshwater used to 1/5 of expected consumption.

answers: NDQ_001798

answers: 1/5 of expected consumption.

answers: NDQ_001799

answers: rainfall

answers: NDQ_001800

answers: demand.

answers: NDQ_001801

answers: reverse osmosis system provides fresh water

answers: NDQ_001802

answers: 1/5 of expected consumption.

answers: NDQ_001803

answers: reverse osmosis system

answers: NDQ_001804

answers: well

answers: NDQ_001805

answers: 1/5 of expected consumption.

text: Water generally needs treatment before use, depending on the source and the intended use (with high standards required for drinking water). The quality of water from household connections and community water points in low-income countries is not reliably safe for direct human consumption. Water extracted directly from surface waters and open hand-dug shallow wells nearly always requires treatment.

text: Water generally needs treatment before use, depending on the source and the intended use (with high standards required for drinking water). The quality of water from household connections and community water points in low-income countries is not reliably safe for direct human consumption. Water extracted directly from surface waters and open hand-dug shallow wells nearly always requires treatment.

answers: NDQ_001768

answers: not reliably safe for direct human consumption

answers: NDQ_001769

answers: What is not reliably safe for direct human consumption

answers: NDQ_001770

answers: water to be treated

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: Drinking water

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: not reliably safe

answers: NDQ_001775

answers: What is the purpose of treating water?

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: the source

answers: NDQ_001778

answers: open hand-dug shallow wells

answers: NDQ_001781

answers: treatment is not required

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: What can we live longer without without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Water extracted directly from surface waters and open hand-drug shallow wells nearly always requires treatment

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is not reliably safe for direct human consumption?

answers: NDQ_001797

answers: Which of the following is not a source of water: surface waters or open hand-drunk shallow wells?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It's impossible to say

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: Water extracted directly from surface waters

answers: NDQ_001802

answers: generally needs treatment before use, depending on the source

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: open hand-dug shallow wells

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: The quality of water from household connections and community water points

answers: NDQ_001769

answers: drinking water).

answers: NDQ_001770

answers: not reliably safe for direct human consumption.

answers: NDQ_001771

answers: Water extracted directly from surface waters and open hand-dug shallow wells

answers: NDQ_001772

answers: drinking

answers: NDQ_001773

answers: Water generally needs treatment before use, depending on the source and the intended use

answers: NDQ_001774

answers: low-income countries is not reliably safe for direct human consumption.

answers: NDQ_001775

answers: drinking water).

answers: NDQ_001776

answers: drinking water).

answers: NDQ_001777

answers: low-income countries

answers: NDQ_001778

answers: Water extracted directly from surface waters and open hand-dug shallow wells

answers: NDQ_001781

answers: treatment before use,

answers: NDQ_001782

answers: nearly always requires treatment.

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: Water extracted directly from surface waters and open hand-dug shallow wells

answers: NDQ_001788

answers: Water generally needs treatment before use, depending on the source and the intended use

answers: NDQ_001789

answers: Water extracted directly from surface waters and open hand-dug shallow wells

answers: NDQ_001790

answers: Water generally needs treatment before use, depending on the source and the intended use

answers: NDQ_001791

answers: Water extracted directly from surface waters

answers: NDQ_001792

answers: Water extracted directly from surface waters

answers: NDQ_001793

answers: high standards required for drinking water).

answers: NDQ_001794

answers: Water extracted directly from surface waters and open hand-dug shallow wells

answers: NDQ_001795

answers: low-income countries is not reliably safe for direct human consumption.

answers: NDQ_001796

answers: The quality of water from household connections and community water points

answers: NDQ_001797

answers: low-income countries is not reliably safe for direct human consumption.

answers: NDQ_001798

answers: Water generally needs treatment before use, depending on the source and the intended use

answers: NDQ_001799

answers: not reliably safe for direct human consumption.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water generally needs treatment before use, depending on the source and the intended use

answers: NDQ_001802

answers: depending on the source and the intended use

answers: NDQ_001803

answers: Water extracted directly from surface waters and open hand-dug shallow wells

answers: NDQ_001804

answers: open hand-dug shallow wells

answers: NDQ_001805

answers: drinking water).

text: In most of the regions of the country, water production capacity is close to current demand, so the risk of facing water deficits future is high and, in fact, various cities already suffer from water shortages and rationing. For example, a water crisis was generated by tourist and real estate developments in the area of the popular Manuel Antonio National Park: Since the existing water supply systems could not cope with the substantial increase in demand, for morethan a year hotels and real estate developments had to receive water from AyA water tankers.

text: In most of the regions of the country, water production capacity is close to current demand, so the risk of facing water deficits future is high and, in fact, various cities already suffer from water shortages and rationing. For example, a water crisis was generated by tourist and real estate developments in the area of the popular

text: Manuel Antonio National Park

text: : Since the existing water supply systems could not cope with the substantial increase in demand, for morethan a year hotels and real estate developments had to receive water from AyA water tankers.

answers: NDQ_001768

answers: water rationing

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: Manuel Antonio National Park

answers: NDQ_001772

answers: hotels

answers: NDQ_001773

answers: Which of the following is not an example of a water crisis: tourist and real estate developments?

answers: NDQ_001774

answers: rationed

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: production capacity

answers: NDQ_001778

answers: tourist and real estate developments

answers: NDQ_001781

answers: can't meet the demand

answers: NDQ_001782

answers: Which of the following is not a form of life: hotels and real estate developments

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a type of irrigation system?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or rivers?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, tropical, or tropical?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: for morethan a year

answers: NDQ_001802

answers: various cities already suffer from water shortages and rationing

answers: NDQ_001803

answers: water tankers

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: real estate developments

answers: NDQ_001768

answers: AyA water tankers.

answers: NDQ_001769

answers: cities

answers: NDQ_001770

answers: water shortages and rationing.

answers: NDQ_001771

answers: tourist

answers: NDQ_001772

answers: tourist

answers: NDQ_001773

answers: water production capacity is close to current demand,

answers: NDQ_001774

answers: rationing.

answers: NDQ_001775

answers: water production capacity is close to current demand,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water production capacity is close to current demand,

answers: NDQ_001778

answers: tourist and real estate developments

answers: NDQ_001781

answers: water production capacity is close to current demand,

answers: NDQ_001782

answers: water production capacity is close to current demand,

answers: NDQ_001785

answers: water production capacity is close to current demand,

answers: NDQ_001787

answers: water production capacity is close to current demand,

answers: NDQ_001788

answers: water production capacity is close to current demand,

answers: NDQ_001789

answers: water production capacity is close to current demand,

answers: NDQ_001790

answers: water production capacity is close to current demand,

answers: NDQ_001791

answers: water production capacity is close to current demand,

answers: NDQ_001792

answers: water production capacity is close to current demand,

answers: NDQ_001793

answers: water production capacity is close to current demand,

answers: NDQ_001794

answers: water production capacity is close to current demand,

answers: NDQ_001795

answers: water production capacity is close to current demand,

answers: NDQ_001796

answers: water shortages and rationing.

answers: NDQ_001797

answers: water production capacity is close to current demand,

answers: NDQ_001798

answers: water production capacity is close to current demand,

answers: NDQ_001799

answers: AyA water tankers.

answers: NDQ_001800

answers: water deficits

answers: NDQ_001801

answers: a water crisis

answers: NDQ_001802

answers: various cities already suffer from water shortages and rationing.

answers: NDQ_001803

answers: AyA water tankers.

answers: NDQ_001804

answers: AyA water tankers.

answers: NDQ_001805

answers: tourist and real estate developments

text: The water resources of China are affected by both severe water quantity shortages and severe water quality pollution. An increasing population and rapid economic growth as well as lax environmental oversight have increased water demand and pollution. China has responded by measures such as rapidly building out the water infrastructure and increased regulation as well as exploring a number of further technological solutions. Water usage by its coal-fired power stations is drying-up Northern China.

text: The water resources of China are affected by both severe water quantity shortages and severe water quality pollution. An increasing population and rapid economic growth as well as lax environmental oversight have increased water demand and pollution. China has responded by measures such as rapidly building out the water infrastructure and increased regulation as well as exploring a number of further technological solutions. Water usage by its

text: coal-fired power station

text: s is drying-up Northern China.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: coal-fired power stations

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: coal-fired power

answers: NDQ_001772

answers: China

answers: NDQ_001773

answers: Which of the following is not a source of water pollution: coal-fired power stations or agricultural chemicals?

answers: NDQ_001774

answers: is polluted

answers: NDQ_001775

answers: power stations

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: economic growth

answers: NDQ_001778

answers: water demand and pollution

answers: NDQ_001781

answers: pollution

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How would you feel without water?

answers: NDQ_001787

answers: Which of the following is not a type of pollution: severe water quantity shortages or severe water quality pollution?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of pollution: severe water quantity shortages or severe water quality pollution?

answers: NDQ_001797

answers: Which of the following is not a reason for China to build out the water infrastructure?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: severe water quantity shortages

answers: NDQ_001802

answers: severe water quality pollution

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: water infrastructure

answers: NDQ_001805

answers: coal

answers: NDQ_001768

answers: coal-fired power stations

answers: NDQ_001769

answers: coal-fired power stations

answers: NDQ_001770

answers: water quality pollution.

answers: NDQ_001771

answers: coal-fired power stations

answers: NDQ_001772

answers: coal-fired power stations

answers: NDQ_001773

answers: coal-fired power stations is drying-up Northern China.

answers: NDQ_001774

answers: coal-fired power stations

answers: NDQ_001775

answers: coal-fired power stations

answers: NDQ_001776

answers: water quality pollution.

answers: NDQ_001777

answers: An increasing population and rapid economic growth

answers: NDQ_001778

answers: increasing population and rapid economic growth

answers: NDQ_001781

answers: lax environmental oversight

answers: NDQ_001782

answers: The water resources of China

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: water quality pollution.

answers: NDQ_001788

answers: water demand and pollution.

answers: NDQ_001789

answers: coal-fired power stations

answers: NDQ_001790

answers: coal-fired power stations is drying-up Northern China.

answers: NDQ_001791

answers: coal-fired power stations is drying-up Northern China.

answers: NDQ_001792

answers: coal-fired power stations is drying-up Northern China.

answers: NDQ_001793

answers: The water resources of China

answers: NDQ_001794

answers: coal-fired power stations is drying-up Northern China.

answers: NDQ_001795

answers: severe water quantity shortages

answers: NDQ_001796

answers: severe water quantity shortages and severe water quality pollution.

answers: NDQ_001797

answers: coal-fired power stations is drying-up Northern China.

answers: NDQ_001798

answers: coal-fired power stations is drying-up Northern China.

answers: NDQ_001799

answers: coal-fired power stations

answers: NDQ_001800

answers: severe water quantity shortages and severe water quality pollution.

answers: NDQ_001801

answers: severe water quantity shortages

answers: NDQ_001802

answers: severe

answers: NDQ_001803

answers: technological solutions.

answers: NDQ_001804

answers: water infrastructure

answers: NDQ_001805

answers: coal-fired power stations

text: The water in the Disi aquifer gathered 30,000 years ago during the Pleistocene era.  It is  long and located  below ground inside of porous sandstone.  The aquifer is classified as a fossil aquifer, meaning that the water is not replenished if it is removed. In fact, the aquifer has a recharge rate of  of water per year. This recharge is dwarfed, however, by the current extraction rate of  for agricultural and domestic needs, including  of water that is supplied to Aqaba, Jordan.  The current extraction rate of , coupled with the future extraction rate of  for the project, is expected to produce a total extraction rate of .  At that rate, the water in the aquifer will last a minimum of 50 years, according to the Disi Water Company.

text: The water in the Disi aquifer gathered 30,000 years ago during the

text: Pleistocene era

text: .  It is  long and located  below ground inside of porous

text: sandstone

text: .  The aquifer is classified as a

text: fossil aquifer

text: , meaning that the water is not

text: replenished

text: if it is removed. In fact, the aquifer has a recharge rate of  of water per year. This recharge is dwarfed, however, by the current extraction rate of  for agricultural and domestic needs, including  of water that is supplied to

text: Aqaba, Jordan

text: .  The current extraction rate of , coupled with the future extraction rate of  for the project, is expected to produce a total extraction rate of .  At that rate, the water in the aquifer will last a minimum of 50 years, according to the Disi Water Company.

answers: NDQ_001768

answers: agricultural and domestic needs

answers: NDQ_001769

answers: domestic needs

answers: NDQ_001770

answers: Aqaba, Jordan

answers: NDQ_001771

answers: What is the aquifer classified as?

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: Which of the following is not a use of the water in the aquifer?

answers: NDQ_001774

answers: is removed

answers: NDQ_001775

answers: agricultural and domestic needs

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the extraction rate

answers: NDQ_001778

answers: agricultural

answers: NDQ_001781

answers: is not replenished

answers: NDQ_001782

answers: Which of the following is not a form of life: agricultural and domestic?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: How many years ago did the water in the Disi aquifer gathered?

answers: NDQ_001788

answers: How many years will the water in the aquifer last?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the Disi aquifer classified as?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many years will the water in the aquifer last?

answers: NDQ_001797

answers: How many years ago did the water in the Disi aquifer gather 30,000 years ago?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is the Disi aquifer classified as?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The Pleistocene era

answers: NDQ_001802

answers: The aquifer is classified as a fossil aquifer, meaning that the water is not replenished if it is removed

answers: NDQ_001803

answers: aquifer

answers: NDQ_001804

answers: Disi aquifer

answers: NDQ_001805

answers: agricultural and domestic needs

answers: NDQ_001768

answers: agricultural and domestic needs,

answers: NDQ_001769

answers: domestic needs,

answers: NDQ_001770

answers: extraction rate of for agricultural and domestic needs,

answers: NDQ_001771

answers: Aqaba, Jordan.

answers: NDQ_001772

answers: agricultural and domestic needs,

answers: NDQ_001773

answers: agricultural and domestic needs,

answers: NDQ_001774

answers: extraction rate of for agricultural and domestic needs,

answers: NDQ_001775

answers: agricultural and domestic needs,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: extraction rate of for agricultural and domestic needs,

answers: NDQ_001778

answers: extraction rate of for agricultural and domestic needs,

answers: NDQ_001781

answers: extraction rate of for agricultural and domestic needs,

answers: NDQ_001782

answers: the water is not replenished

answers: NDQ_001785

answers: water per year.

answers: NDQ_001787

answers: agricultural and domestic needs,

answers: NDQ_001788

answers: agricultural and domestic needs,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: the water is not replenished

answers: NDQ_001791

answers: of water per year.

answers: NDQ_001792

answers: The water in the Disi aquifer

answers: NDQ_001793

answers: Jordan.

answers: NDQ_001794

answers: below ground inside of porous sandstone.

answers: NDQ_001795

answers: current extraction rate of for agricultural and domestic needs,

answers: NDQ_001796

answers: The water in the Disi aquifer

answers: NDQ_001797

answers: domestic needs,

answers: NDQ_001798

answers: current extraction rate of for agricultural and domestic needs,

answers: NDQ_001799

answers: fossil aquifer, meaning that the water is not replenished

answers: NDQ_001800

answers: extraction rate of for agricultural and domestic needs,

answers: NDQ_001801

answers: Pleistocene era.

answers: NDQ_001802

answers: agricultural and domestic needs,

answers: NDQ_001803

answers: extraction rate of for agricultural and domestic needs,

answers: NDQ_001804

answers: Disi aquifer

answers: NDQ_001805

answers: agricultural and domestic needs,

text: Because the coastal plain of Judea and Samaria had few water resources, Theodor Herzl already envisioned the transfer of water from the Jordan River to the coast for irrigation and drinking water supply. In 1937 the national water company Mekorot was created, more than a decade before the creation of the state of Israel. Among its achievements was the Shiloach Pipeline along the Burma Road to Jerusalem built during the 1948 Arab–Israeli War and a first pipeline to the Negev in 1955. Between 1953 and 1955 the United States Special Representative for Water in the Middle East, Eric Johnston, had negotiated the Jordan Valley Unified Water Plan to jointly develop the water resources of the Jordan River Basin between Israel, Lebanon, Syria and Jordan. The Johnston Plan was rejected by the Arab League, but Israel nevertheless abided by its water alloction under the plan. Mekorot began a Rain Enhancement program in 1961, increasing rainfall by 13–18%. A Brackish Water Pipeline to divert brackish ground water from the Sea of Galilee to the Lower Jordan was completed in 1965. The main water resources project at the time, however, was the transfer of water from the Sea of Galilee to the coast through the National Water Carrier in 1965. As a reaction to the construction of the pipeline, Lebanon, Syria and Jordan tried to divert the headwaters of the Jordan River. This was one of the events that increased tensions leading to the Six-Day War of 1967 during which Israel captured the West Bank and the Golan Heights.

text: Because the coastal plain of Judea and Samaria had few

text: water resources

text: Theodor Herzl

text: already envisioned the transfer of water from the

text: Jordan River

text: to the coast for

text: irrigation

text: and

text: drinking water

text: supply. In 1937 the national water company

text: Mekorot

text: was created, more than a decade before the creation of the state of Israel. Among its achievements was the Shiloach Pipeline along the

text: Burma Road

text: to

text: Jerusalem

text: built during the

text: 1948 Arab–Israeli War

text: and a first pipeline to the Negev in 1955. Between 1953 and 1955 the United States Special Representative for Water in the Middle East,

text: Eric Johnston

text: , had negotiated the

text: Jordan Valley Unified Water Plan

text: to jointly develop the water resources of the Jordan River Basin between Israel, Lebanon, Syria and Jordan. The Johnston Plan was rejected by the

text: Arab League

text: , but Israel nevertheless abided by its water alloction under the plan. Mekorot began a

text: Rain Enhancement

text: program in 1961, increasing rainfall by 13–18%. A

text: Brackish Water

text: Pipeline to divert brackish ground water from the

text: Sea of Galilee

text: to the Lower Jordan was completed in 1965. The main water resources project at the time, however, was the transfer of water from the

text: Sea of Galilee

text: to the coast through the

text: National Water Carrier

text: in 1965. As a reaction to the construction of the pipeline, Lebanon, Syria and Jordan tried to divert the headwaters of the Jordan River. This was one of the events that increased tensions leading to the

text: Six-Day War

text: of 1967 during which Israel captured the West Bank and the

text: Golan Heights

answers: NDQ_001768

answers: irrigation and drinking water supply

answers: NDQ_001769

answers: drinking water supply

answers: NDQ_001770

answers: the Six-Day War of 1967

answers: NDQ_001771

answers: What was one of the events that increased tensions leading to the Six-Day War of 1967?

answers: NDQ_001772

answers: Israel

answers: NDQ_001773

answers: What did Theodor Herzl envision the transfer of water from the Jordan River to the coast for irrigation?

answers: NDQ_001774

answers: diverts the headwaters

answers: NDQ_001775

answers: Irrigation

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: divert the headwaters

answers: NDQ_001781

answers: was diverted from the sea

answers: NDQ_001782

answers: Which happened first, the Shiloach Pipeline along the Burma Road to Jerusalem or the first pipeline to the Negev?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What was one of the events that increased tensions leading to the Six-Day War

answers: NDQ_001788

answers: What was one of the events that increased tensions leading to the Six-Day War of 1967?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What was one of the events that increased tensions leading to the Six-Day War of 1967?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What was one of the events that increased tensions leading to the Six-Day War of 1967?

answers: NDQ_001797

answers: Which happened first, the creation of the state of Israel or the Six-Day War of 1967?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water resources

answers: NDQ_001801

answers: during the 1948 Arab–Israeli War

answers: NDQ_001802

answers: As a reaction to the construction of the pipeline, Lebanon, Syria and Jordan tried to divert the headwaters

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Shiloach Pipeline

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: irrigation and drinking water supply.

answers: NDQ_001769

answers: irrigation and drinking water supply.

answers: NDQ_001770

answers: tensions

answers: NDQ_001771

answers: irrigation and drinking water supply.

answers: NDQ_001772

answers: Israel.

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: Lebanon, Syria and Jordan tried to divert the headwaters

answers: NDQ_001775

answers: irrigation and drinking water supply.

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: divert the headwaters of the Jordan River.

answers: NDQ_001781

answers: few water resources,

answers: NDQ_001782

answers: irrigation and drinking water

answers: NDQ_001785

answers: 13–18%.

answers: NDQ_001787

answers: irrigation and drinking water supply.

answers: NDQ_001788

answers: irrigation and drinking water supply.

answers: NDQ_001789

answers: irrigation and drinking water supply.

answers: NDQ_001790

answers: the coastal plain of Judea and Samaria had few water resources,

answers: NDQ_001791

answers: 13–18%.

answers: NDQ_001792

answers: irrigation and drinking water supply.

answers: NDQ_001793

answers: Brackish Water Pipeline

answers: NDQ_001794

answers: brackish ground water

answers: NDQ_001795

answers: 13–18%.

answers: NDQ_001796

answers: drinking water

answers: NDQ_001797

answers: Judea and Samaria had few water resources,

answers: NDQ_001798

answers: 13–18%.

answers: NDQ_001799

answers: irrigation and drinking water supply.

answers: NDQ_001800

answers: water resources,

answers: NDQ_001801

answers: 1961,

answers: NDQ_001802

answers: 13–18%.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Brackish Water Pipeline

answers: NDQ_001805

answers: irrigation and drinking water supply.

text: Water scarcity involves water stress, water shortage or deficits, and water crisis. This may be due to both natural and human factors. But, many reports suggest that the scarcity is more due to the human factor than anything – such as industrialization, irrigation, domestic use, etc.

text: Water scarcity

text: involves water stress, water shortage or deficits, and water crisis. This may be due to both natural and human factors. But, many reports suggest that the scarcity is more due to the human factor than anything – such as industrialization, irrigation, domestic use, etc.

answers: NDQ_001768

answers: domestic use

answers: NDQ_001769

answers: domestic use

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: domestic use

answers: NDQ_001772

answers: industrialization

answers: NDQ_001773

answers: can cause water scarcity due to what?

answers: NDQ_001774

answers: industrialization

answers: NDQ_001775

answers: industrialization

answers: NDQ_001776

answers: industrialization

answers: NDQ_001777

answers: human factors

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: human

answers: NDQ_001782

answers: Why is water scarcity more due to human factors than anything?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: industrialization

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water scarcity

answers: NDQ_001797

answers: Which of the following is not a human factor: irrigation, domestic use, or scarcity?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: can cause water scarcity

answers: NDQ_001802

answers: industrialization

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: domestic use

answers: NDQ_001768

answers: irrigation, domestic use,

answers: NDQ_001769

answers: domestic use,

answers: NDQ_001770

answers: the scarcity is more due to the human factor

answers: NDQ_001771

answers: irrigation,

answers: NDQ_001772

answers: domestic use,

answers: NDQ_001773

answers: industrialization, irrigation,

answers: NDQ_001774

answers: industrialization,

answers: NDQ_001775

answers: industrialization,

answers: NDQ_001776

answers: Water scarcity

answers: NDQ_001777

answers: natural and human factors.

answers: NDQ_001778

answers: industrialization, irrigation, domestic use,

answers: NDQ_001781

answers: human factor

answers: NDQ_001782

answers: Water scarcity

answers: NDQ_001785

answers: Water scarcity

answers: NDQ_001787

answers: many reports suggest that the scarcity is more due to the human factor

answers: NDQ_001788

answers: irrigation, domestic use,

answers: NDQ_001789

answers: industrialization,

answers: NDQ_001790

answers: Water scarcity

answers: NDQ_001791

answers: Water scarcity

answers: NDQ_001792

answers: Water scarcity

answers: NDQ_001793

answers: Water scarcity

answers: NDQ_001794

answers: Water scarcity

answers: NDQ_001795

answers: Water scarcity

answers: NDQ_001796

answers: Water scarcity

answers: NDQ_001797

answers: human factor

answers: NDQ_001798

answers: Water scarcity

answers: NDQ_001799

answers: Water

answers: NDQ_001800

answers: Water scarcity

answers: NDQ_001801

answers: Water scarcity

answers: NDQ_001802

answers: many reports suggest that the scarcity is more due to the human factor

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: irrigation,

answers: NDQ_001805

answers: domestic use,

text: Bulk water tariffs. ONEE charges tariffs for the supply of bulk water to the private operators and the Régies. These tariffs are reviewed by the government together with the tariffs for the Régies and ONEE's retail water and sewer tariffs. Bulk water tariffs differ from one city to the other taking into account production costs. For example, bulk water tariffs for Casabalanca, where the service provider is private, are twice as high as for the neighboring city Settat. There is a 5% special tax on bulk water sales in order to finance the rural water supply program PAGER  as well as another more important surtax to finance water supply in small towns.

text: Bulk water tariffs. ONEE charges tariffs for the supply of bulk water to the private operators and the Régies. These tariffs are reviewed by the government together with the tariffs for the Régies and ONEE's retail water and sewer tariffs. Bulk water tariffs differ from one city to the other taking into account production costs. For example, bulk water tariffs for Casabalanca, where the service provider is private, are twice as high as for the neighboring city Settat. There is a 5% special tax on bulk water sales in order to finance the rural water supply program PAGER  as well as another more important surtax to finance water supply in small towns.

answers: NDQ_001768

answers: Bulk water tariffs

answers: NDQ_001769

answers: What does ONEE charge tariffs for?

answers: NDQ_001770

answers: Bulk water tariffs differ from one city to the other

answers: NDQ_001771

answers: What does ONEE charge for the supply of bulk water?

answers: NDQ_001772

answers: private operators

answers: NDQ_001773

answers: ONEE charges tariffs for the supply of bulk water

answers: NDQ_001774

answers: is not used properly

answers: NDQ_001775

answers: Production costs

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: production costs

answers: NDQ_001778

answers: private operators and the Régies

answers: NDQ_001781

answers: isn't used properly

answers: NDQ_001782

answers: What is the purpose of the surtax?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the high water tariffs?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What does ONEE charge for the supply of bulk water?

answers: NDQ_001797

answers: Which of the following is not true of Casabalanca?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: 5% special tax on bulk water sales in order to finance the rural water supply program PAGER as well as another more important surtax to finance water supply in small towns

answers: NDQ_001803

answers: Bulk water

answers: NDQ_001804

answers: sewer

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Bulk water tariffs.

answers: NDQ_001769

answers: Bulk water tariffs.

answers: NDQ_001770

answers: production costs.

answers: NDQ_001771

answers: Bulk water tariffs.

answers: NDQ_001772

answers: private operators

answers: NDQ_001773

answers: Bulk water tariffs.

answers: NDQ_001774

answers: bulk water

answers: NDQ_001775

answers: production costs.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: production costs.

answers: NDQ_001778

answers: production costs.

answers: NDQ_001781

answers: production costs.

answers: NDQ_001782

answers: Bulk water tariffs.

answers: NDQ_001785

answers: Bulk water tariffs.

answers: NDQ_001787

answers: Bulk water tariffs.

answers: NDQ_001788

answers: bulk water

answers: NDQ_001789

answers: bulk water

answers: NDQ_001790

answers: Bulk water tariffs.

answers: NDQ_001791

answers: Bulk water tariffs.

answers: NDQ_001792

answers: Bulk water tariffs.

answers: NDQ_001793

answers: Bulk water tariffs.

answers: NDQ_001794

answers: Bulk water tariffs.

answers: NDQ_001795

answers: Bulk water tariffs.

answers: NDQ_001796

answers: Bulk water tariffs.

answers: NDQ_001797

answers: Bulk water tariffs.

answers: NDQ_001798

answers: Bulk water tariffs.

answers: NDQ_001799

answers: bulk water

answers: NDQ_001800

answers: Bulk water tariffs.

answers: NDQ_001801

answers: bulk water tariffs for Casabalanca,

answers: NDQ_001802

answers: 5%

answers: NDQ_001803

answers: bulk water

answers: NDQ_001804

answers: sewer

answers: NDQ_001805

answers: bulk water

text: In Australia, there are no quantitative performance targets for rainwater tanks, such as on size of tank or targeted reductions in potable water demand, in policies or guidelines. The various guidelines provided by state governments however, do advise that rain water tanks be designed to provide a reliable source of water to supplement mains water supply, and maintain appropriate water quality. The use of rainwater tanks should consider issues such as supply and demand, water quality, stormwater benefits (volume is reduced), cost, available space, maintenance, size, shape and material of the tank. Rainwater tanks must also be installed in accordance with plumbing and drainage standards. An advised suitable configuration may include a water filter or first flush diversion, a mains water top-up supply (dual supply system), maintenance drain, a pump (pressure system), and an on-site retention provision.

text: In Australia, there are no quantitative performance targets for rainwater tanks, such as on size of tank or targeted reductions in potable water demand, in policies or guidelines. The various guidelines provided by state governments however, do advise that rain water tanks be designed to provide a reliable source of water to supplement mains water supply, and maintain appropriate water quality. The use of rainwater tanks should consider issues such as supply and demand, water quality, stormwater benefits (volume is reduced), cost, available space, maintenance, size, shape and material of the tank. Rainwater tanks must also be installed in accordance with plumbing and drainage standards. An advised suitable configuration may include a water filter or first flush diversion, a mains water top-up supply (dual supply system), maintenance drain, a pump (pressure system), and an on-site retention provision.

answers: NDQ_001768

answers: rainwater tanks

answers: NDQ_001769

answers: potable water

answers: NDQ_001770

answers: water quality problems

answers: NDQ_001771

answers: potable water

answers: NDQ_001772

answers: potable

answers: NDQ_001773

answers: In Australia, there are no quantitative performance targets for rainwater tanks

answers: NDQ_001774

answers: volume is reduced

answers: NDQ_001775

answers: potable water demand

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: supply and demand

answers: NDQ_001778

answers: potable water demand

answers: NDQ_001781

answers: does not have any quantitative performance targets

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Does the use of rainwater tanks include a water filter or first flush diversion

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Why is there no quantitative performance targets for rainwater tanks?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: acceptable water quality

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: an on-site retention provision

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: rainwater tanks

answers: NDQ_001769

answers: potable water demand,

answers: NDQ_001770

answers: stormwater

answers: NDQ_001771

answers: rainwater tanks,

answers: NDQ_001772

answers: stormwater

answers: NDQ_001773

answers: no quantitative performance targets for rainwater tanks,

answers: NDQ_001774

answers: stormwater

answers: NDQ_001775

answers: supplement mains water supply,

answers: NDQ_001776

answers: rainwater tanks,

answers: NDQ_001777

answers: supply and demand,

answers: NDQ_001778

answers: potable water demand,

answers: NDQ_001781

answers: cost, available space, maintenance,

answers: NDQ_001782

answers: In Australia,

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: quality.

answers: NDQ_001788

answers: (volume is reduced),

answers: NDQ_001789

answers: rain water tanks be designed to provide a reliable source of water

answers: NDQ_001790

answers: In Australia, there are no quantitative performance targets for rainwater tanks,

answers: NDQ_001791

answers: In Australia,

answers: NDQ_001792

answers: rain water tanks be designed to provide a reliable source of water

answers: NDQ_001793

answers: mains water supply,

answers: NDQ_001794

answers: water

answers: NDQ_001795

answers: mains water supply,

answers: NDQ_001796

answers: In Australia, there are no quantitative performance targets for rainwater tanks,

answers: NDQ_001797

answers: there are no quantitative performance targets for rainwater tanks,

answers: NDQ_001798

answers: (volume is reduced),

answers: NDQ_001799

answers: appropriate water quality.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: (volume is reduced),

answers: NDQ_001802

answers: appropriate water quality.

answers: NDQ_001803

answers: a water filter or first flush diversion,

answers: NDQ_001804

answers: maintenance drain,

answers: NDQ_001805

answers: stormwater

text: The water supply in Miyakojima depends mainly on spring water or ground water, since there are almost no rivers. Although the yearly rainfall amounts to , 40% of it evaporates, 10% flows into the ground and 50% penetrates deep into the ground. Thus, there is almost no source of surface water.

text: The water supply in Miyakojima depends mainly on

text: spring water

text: or

text: ground water

text: , since there are almost no rivers. Although the yearly rainfall amounts to , 40% of it evaporates, 10% flows into the ground and 50% penetrates deep into the ground. Thus, there is almost no source of surface water.

answers: NDQ_001768

answers: spring water or ground water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: rivers

answers: NDQ_001773

answers: can be used to grow crops

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: surface water

answers: NDQ_001777

answers: ground water or spring water

answers: NDQ_001778

answers: planting crops

answers: NDQ_001781

answers: evaporates

answers: NDQ_001782

answers: Which of the following is not a source of surface water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of surface water?

answers: NDQ_001788

answers: Which of the following is not a source of surface water?

answers: NDQ_001789

answers: Which of the following is not a source of surface water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: no source of surface water

answers: NDQ_001797

answers: Which of the following is true of Miyakojima?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: no source of surface water

answers: NDQ_001803

answers: ground water

answers: NDQ_001804

answers: ground water

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: surface water.

answers: NDQ_001769

answers: spring water or ground water,

answers: NDQ_001770

answers: 50% penetrates deep into the ground.

answers: NDQ_001771

answers: surface water.

answers: NDQ_001772

answers: rivers.

answers: NDQ_001773

answers: The water supply in Miyakojima

answers: NDQ_001774

answers: evaporates,

answers: NDQ_001775

answers: surface water.

answers: NDQ_001776

answers: surface water.

answers: NDQ_001777

answers: spring water or ground water,

answers: NDQ_001778

answers: rainfall

answers: NDQ_001781

answers: evaporates,

answers: NDQ_001782

answers: surface water.

answers: NDQ_001785

answers: ground water,

answers: NDQ_001787

answers: ground water,

answers: NDQ_001788

answers: 40% of it evaporates,

answers: NDQ_001789

answers: ground water,

answers: NDQ_001790

answers: 50% penetrates deep into the ground.

answers: NDQ_001791

answers: 50% penetrates deep into the ground.

answers: NDQ_001792

answers: spring water or ground water,

answers: NDQ_001793

answers: ground water,

answers: NDQ_001794

answers: 50% penetrates deep into the ground.

answers: NDQ_001795

answers: 40%

answers: NDQ_001796

answers: 50% penetrates deep into the ground.

answers: NDQ_001797

answers: almost no source of surface water.

answers: NDQ_001798

answers: 50% penetrates deep into the ground.

answers: NDQ_001799

answers: spring water or ground water,

answers: NDQ_001800

answers: rivers.

answers: NDQ_001801

answers: yearly rainfall

answers: NDQ_001802

answers: 50% penetrates deep into the ground.

answers: NDQ_001803

answers: surface water.

answers: NDQ_001804

answers: 10% flows into the ground and 50% penetrates deep into the ground.

answers: NDQ_001805

answers: surface water.

text: The scheme was intended both for transport and for a water supply grid, for water distribution is a major problem in London and South East England.

text: The scheme was intended both for transport and for a

text: water supply

text: grid, for water distribution is a major problem in

text: London

text: and

text: South East England

answers: NDQ_001768

answers: water sparingly

answers: NDQ_001769

answers: transport

answers: NDQ_001770

answers: London to be flooded

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: London

answers: NDQ_001773

answers: are a major problem in London.

answers: NDQ_001774

answers: is not distributed properly

answers: NDQ_001775

answers: transport

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: distribution

answers: NDQ_001778

answers: transport

answers: NDQ_001781

answers: distribution is a major problem

answers: NDQ_001782

answers: Why is water distribution a major problem in London?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It's impossible to say

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water distribution is a major problem in London and South East England

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water distribution

answers: NDQ_001801

answers: is a major problem

answers: NDQ_001802

answers: in London and South East England

answers: NDQ_001803

answers: can not be used to supply water

answers: NDQ_001804

answers: is a water supply grid

answers: NDQ_001805

answers: transport

answers: NDQ_001768

answers: water supply grid,

answers: NDQ_001769

answers: transport

answers: NDQ_001770

answers: water distribution is a major problem

answers: NDQ_001771

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001772

answers: transport

answers: NDQ_001773

answers: water supply grid,

answers: NDQ_001774

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001775

answers: transport

answers: NDQ_001776

answers: water supply grid,

answers: NDQ_001777

answers: water supply grid,

answers: NDQ_001778

answers: transport

answers: NDQ_001781

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001782

answers: water supply grid,

answers: NDQ_001785

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001787

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001788

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001789

answers: water supply grid,

answers: NDQ_001790

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001791

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001792

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001793

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001794

answers: water supply grid,

answers: NDQ_001795

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001796

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001797

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001798

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001799

answers: transport and for a water supply grid,

answers: NDQ_001800

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001801

answers: water distribution is a major problem in London and South East England.

answers: NDQ_001802

answers: major problem

answers: NDQ_001803

answers: water supply grid,

answers: NDQ_001804

answers: water supply grid,

answers: NDQ_001805

answers: transport

text: Greywater (also spelled graywater, or grey water/gray water) or sullage is all wastewater generated in households or office buildings from streams without fecal contamination, i.e. all streams except for the wastewater from toilets. Sources of greywater include, e.g. sinks, showers, baths, clothes washing machines or dish washers. As greywater contains fewer pathogens than domestic wastewater, it is generally safer to handle and easier to treat and reuse onsite for toilet flushing, landscape or crop irrigation, and other non-potable uses. However, the use of non-toxic and low-sodium soap and personal care products is recommended to protect vegetation when reusing greywater for irrigation purposes. The application of greywater reuse in urban water systems provides substantial benefits for both the water supply subsystem by reducing the demand for fresh clean water as well as the wastewater subsystems by reducing the amount of wastewater required to be conveyed and treated.

text: Greywater (

entity_name: American and British English spelling differences

text: also spelled

text: graywater, or grey water/gray water) or sullage is all

text: wastewater

text: generated in households or office buildings from streams without fecal contamination, i.e. all streams except for the wastewater from toilets. Sources of greywater include, e.g.

text: sinks

text: shower

text: s,

text: baths

text: , clothes

text: washing machines

text: or dish washers. As greywater contains fewer

text: pathogens

text: than domestic wastewater, it is generally safer to handle and easier to treat and reuse onsite for

text: toilet flushing

text: , landscape or crop

text: irrigation

text: , and other non-potable uses. However, the use of non-toxic and low-sodium soap and personal care products is recommended to protect vegetation when reusing greywater for irrigation purposes. The application of greywater reuse in

text: urban water system

text: s provides substantial benefits for both the

text: water supply

text: subsystem by reducing the demand for fresh

text: clean water

text: as well as the wastewater subsystems by reducing the amount of wastewater required to be conveyed and treated.

answers: NDQ_001768

answers: greywater

answers: NDQ_001769

answers: non-potable uses

answers: NDQ_001770

answers: fecal contamination

answers: NDQ_001771

answers: reusing greywater for irrigation purposes

answers: NDQ_001772

answers: greywater

answers: NDQ_001773

answers: Greywater is generally safer to handle

answers: NDQ_001774

answers: fecal contamination

answers: NDQ_001775

answers: other non-potable uses

answers: NDQ_001776

answers: greywater

answers: NDQ_001777

answers: greywater

answers: NDQ_001778

answers: crop irrigation

answers: NDQ_001781

answers: greywater

answers: NDQ_001782

answers: What is greywater used for?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The application of greywater reuse in urban water systems provides substantial benefits

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How much of Earths surface is covered with water?

answers: NDQ_001792

answers: The application of greywater reuse in urban water systems provides substantial benefits for both the water supply subsystem

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: greywater

answers: NDQ_001797

answers: Why is greywater reuse in urban water systems

answers: NDQ_001798

answers: greywater

answers: NDQ_001799

answers: What is greywater?

answers: NDQ_001800

answers: greywater

answers: NDQ_001801

answers: Greywater

answers: NDQ_001802

answers: fecal contamination

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Greywater

answers: NDQ_001805

answers: toilets

answers: NDQ_001768

answers: Greywater

answers: NDQ_001769

answers: toilet flushing, landscape or crop irrigation,

answers: NDQ_001770

answers: low-sodium soap and personal care products is recommended to protect vegetation

answers: NDQ_001771

answers: landscape or crop irrigation,

answers: NDQ_001772

answers: Greywater

answers: NDQ_001773

answers: crop irrigation,

answers: NDQ_001774

answers: fecal contamination,

answers: NDQ_001775

answers: landscape or crop irrigation,

answers: NDQ_001776

answers: fecal contamination,

answers: NDQ_001777

answers: reducing the demand for fresh clean water

answers: NDQ_001778

answers: landscape or crop irrigation,

answers: NDQ_001781

answers: greywater

answers: NDQ_001782

answers: Greywater

answers: NDQ_001785

answers: Greywater

answers: NDQ_001787

answers: non-toxic and low-sodium soap and personal care products

answers: NDQ_001788

answers: reducing the amount of wastewater required to be conveyed and treated.

answers: NDQ_001789

answers: Greywater

answers: NDQ_001790

answers: reducing the demand for fresh clean water

answers: NDQ_001791

answers: Greywater

answers: NDQ_001792

answers: Greywater

answers: NDQ_001793

answers: reducing the demand for fresh clean water

answers: NDQ_001794

answers: streams

answers: NDQ_001795

answers: Greywater

answers: NDQ_001796

answers: greywater contains fewer pathogens than domestic wastewater,

answers: NDQ_001797

answers: reducing the demand for fresh clean water

answers: NDQ_001798

answers: reducing the demand for fresh clean water

answers: NDQ_001799

answers: greywater contains fewer pathogens

answers: NDQ_001800

answers: fresh clean water

answers: NDQ_001801

answers: Greywater

answers: NDQ_001802

answers: fewer pathogens than domestic wastewater,

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Greywater

answers: NDQ_001805

answers: landscape or crop irrigation,

text: Water supply and sanitation in Venezuela has been extended to an increasing number of people during the 2000s, although many poor remain without access to piped water. Service quality for those with access is mixed, with water often being supplied only on an intermittent basis and most wastewater not being treated. Non-revenue water is estimated to be high at 62%, compared to the regional average of 40%. Tap water is relatively inexpensive, because of a national tariff freeze imposed in 2003 and a policy not to recover capital costs. Investments are financed primarily by the national government, with little reliance on external financing. The sector remains centralized despite a decentralization process initiated in the 1990s that has now been stalled. Within the executive, sector policies are determined by the Ministry of Environment. The national water company HIDROVEN serves about 80% of the population. The remainder is being served by five state water companies, the Corporación Venezolana de Guayana (CVG), a few municipalities and community-based organizations. Since the early 2000s the government encouraged the creation of about 7,500 Mesas Tecnicas del Agua, which have both a technical function and a political mobilization function. Major investment projects include the restoration of the polluted Valencia Lake and of the Guaire river basin in Caracas (2005–2013).

text: Water supply

text: and

text: sanitation

text: in

text: Venezuela

text: has been extended to an increasing number of people during the 2000s, although many poor remain without access to piped water. Service quality for those with access is mixed, with water often being supplied only on an intermittent basis and most wastewater not being treated.

text: Non-revenue water

text: is estimated to be high at 62%, compared to the regional average of 40%. Tap water is relatively inexpensive, because of a national tariff freeze imposed in 2003 and a policy not to recover capital costs. Investments are financed primarily by the national government, with little reliance on external financing. The sector remains centralized despite a decentralization process initiated in the 1990s that has now been stalled. Within the executive, sector policies are determined by the Ministry of Environment. The national water company HIDROVEN serves about 80% of the population. The remainder is being served by five state water companies, the Corporación Venezolana de Guayana (CVG), a few municipalities and community-based organizations. Since the early 2000s the government encouraged the creation of about 7,500 Mesas Tecnicas del Agua, which have both a technical function and a political mobilization function. Major investment projects include the restoration of the polluted

text: Valencia Lake

text: and of the

text: Guaire river basin

text: in

text: Caracas

answers: NDQ_001768

answers: Non-revenue water

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: Non-revenue water

answers: NDQ_001771

answers: How many percent of tap water is non-revenue water?

answers: NDQ_001772

answers: the national government

answers: NDQ_001773

answers: Which of the following is not a product of the national water company: HIDROVEN, CVG, municipalities or community-based organizations?

answers: NDQ_001774

answers: most wastewater not being treated

answers: NDQ_001775

answers: What is the national water company HIDROVEN?

answers: NDQ_001776

answers: untreated wastewater

answers: NDQ_001777

answers: many poor remain without access to piped water

answers: NDQ_001778

answers: non-revenue water

answers: NDQ_001781

answers: not being treated

answers: NDQ_001782

answers: Which of the following is not a form of life: tap water or wastewater?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: most wastewater not being treated

answers: NDQ_001789

answers: What is the national water company HIDROVEN?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: The national water company HIDROVEN serves about 80% of the population

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Non-revenue water is estimated to be high at 62%

answers: NDQ_001797

answers: How many percent of the population does the national water company HIDROVEN serve?

answers: NDQ_001798

answers: Why is tap water relatively inexpensive?

answers: NDQ_001799

answers: Why is tap water relatively inexpensive?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a national tariff freeze

answers: NDQ_001802

answers: Non-revenue water is estimated to be high at 62%, compared to the regional average

answers: NDQ_001803

answers: tap water is relatively inexpensive

answers: NDQ_001804

answers: wastewater not being treated

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Tap water

answers: NDQ_001769

answers: municipalities

answers: NDQ_001770

answers: wastewater not being treated.

answers: NDQ_001771

answers: Non-revenue water

answers: NDQ_001772

answers: Non-revenue

answers: NDQ_001773

answers: Water supply and sanitation in Venezuela

answers: NDQ_001774

answers: wastewater not being treated.

answers: NDQ_001775

answers: most wastewater not being treated.

answers: NDQ_001776

answers: polluted

answers: NDQ_001777

answers: many poor remain without access to piped water.

answers: NDQ_001778

answers: most wastewater not being treated.

answers: NDQ_001781

answers: not being treated.

answers: NDQ_001782

answers: many poor remain without access to piped water.

answers: NDQ_001785

answers: many poor remain without access to piped water.

answers: NDQ_001787

answers: most wastewater not being treated.

answers: NDQ_001788

answers: Non-revenue water is estimated to be high at 62%,

answers: NDQ_001789

answers: Tap water

answers: NDQ_001790

answers: 40%.

answers: NDQ_001791

answers: 40%.

answers: NDQ_001792

answers: Valencia Lake and of the Guaire river basin in Caracas

answers: NDQ_001793

answers: many poor remain without access to piped water.

answers: NDQ_001794

answers: many poor remain without access to piped water.

answers: NDQ_001795

answers: many poor remain without access to piped water.

answers: NDQ_001796

answers: many poor remain without access to piped water.

answers: NDQ_001797

answers: many poor remain without access to piped water.

answers: NDQ_001798

answers: a national tariff freeze

answers: NDQ_001799

answers: treated.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: (2005–2013).

answers: NDQ_001802

answers: Non-revenue water is estimated to be high at 62%,

answers: NDQ_001803

answers: Mesas Tecnicas del Agua,

answers: NDQ_001804

answers: Mesas Tecnicas del Agua,

answers: NDQ_001805

answers: Non-revenue water is estimated to be high at 62%,

text: Water from Jenkinson Lake is used for municipal water supply, irrigation, and recreation. Historically, irrigation water for agriculture was the greatest water user. As the area develops and the population grows, municipal and commercial water users become more important. Municipal users are now the primary water users of water from Jenkinson Lake, though agriculture is still a significant user. Future population growth, climate change, and water reuse technology and conservation will influence water use in the future.

text: Water from Jenkinson Lake is used for municipal water supply, irrigation, and recreation. Historically, irrigation water for agriculture was the greatest water user. As the area develops and the population grows, municipal and commercial water users become more important. Municipal users are now the primary water users of water from Jenkinson Lake, though agriculture is still a significant user. Future population growth, climate change, and water reuse technology and conservation will influence water use in the future.

answers: NDQ_001768

answers: irrigation water for agriculture

answers: NDQ_001769

answers: municipal water supply, irrigation, and recreation

answers: NDQ_001770

answers: climate change

answers: NDQ_001771

answers: Which of the following is not a recreation use: municipal water supply, irrigation, or recreation?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of water from Jenkinson Lake: irrigation, recreation, or agriculture?

answers: NDQ_001774

answers: is used for irrigation

answers: NDQ_001775

answers: Historically, irrigation water for agriculture was the greatest

answers: NDQ_001776

answers: climate change

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: population growth

answers: NDQ_001781

answers: is not reused

answers: NDQ_001782

answers: What are the primary water users of water from Jenkinson Lake?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of water use: municipal water supply, irrigation, or recreation?

answers: NDQ_001788

answers: How would you describe Jenkinson Lake?

answers: NDQ_001789

answers: Which of the following is not a type of use of water from Jenkinson Lake?

answers: NDQ_001790

answers: Why is water scarcity not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or lakes?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: Which of the following is not a type of use of water from Jenkinson Lake: irrigation, recreation, or agriculture?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or agricultural climates?

answers: NDQ_001798

answers: Why is conservation important?

answers: NDQ_001799

answers: Why is water from Jenkinson Lake used for municipal water supply?

answers: NDQ_001800

answers: NDQ_001801

answers: climate change

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Jenkinson Lake

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: municipal and commercial water users

answers: NDQ_001769

answers: municipal water supply,

answers: NDQ_001770

answers: climate change,

answers: NDQ_001771

answers: recreation.

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: irrigation water

answers: NDQ_001774

answers: agriculture

answers: NDQ_001775

answers: commercial water users

answers: NDQ_001776

answers: agriculture

answers: NDQ_001777

answers: population growth,

answers: NDQ_001778

answers: climate change,

answers: NDQ_001781

answers: water reuse technology and conservation

answers: NDQ_001782

answers: agriculture

answers: NDQ_001785

answers: agriculture

answers: NDQ_001787

answers: irrigation water for agriculture

answers: NDQ_001788

answers: agriculture

answers: NDQ_001789

answers: water reuse technology

answers: NDQ_001790

answers: agriculture is still a significant user. Future population growth,

answers: NDQ_001791

answers: agriculture

answers: NDQ_001792

answers: Water

answers: NDQ_001793

answers: agriculture

answers: NDQ_001794

answers: agriculture

answers: NDQ_001795

answers: population growth,

answers: NDQ_001796

answers: agriculture

answers: NDQ_001797

answers: agriculture is still a significant user. Future population growth,

answers: NDQ_001798

answers: Future population growth, climate change, and water reuse technology

answers: NDQ_001799

answers: irrigation, and recreation.

answers: NDQ_001800

answers: water reuse technology and conservation will influence water use

answers: NDQ_001801

answers: Jenkinson Lake

answers: NDQ_001802

answers: Water from Jenkinson Lake

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Jenkinson Lake

answers: NDQ_001805

answers: agriculture

text: Heavy water is not radioactive. In its pure form, it has a density about 11% greater than water, but is otherwise physically and chemically similar. Nevertheless, the various differences in deuterium-containing water (especially affecting the biological properties) are larger than in any other commonly occurring isotope-substituted compound because deuterium is unique among heavy stable isotopes in being twice as heavy as the lightest isotope. This difference increases the strength of water's hydrogen-oxygen bonds, and this in turn is enough to cause differences that are important to some biochemical reactions. The human body naturally contains deuterium equivalent to about five grams of heavy water, which is harmless. When a large fraction of water (> 50%) in higher organisms is replaced by heavy water, the result is cell dysfunction and death.

text: Heavy water is not

text: radioactive

text: . In its pure form, it has a density about 11% greater than water, but is otherwise physically and chemically similar. Nevertheless, the various differences in deuterium-containing water (especially affecting the biological properties) are larger than in any other commonly occurring

text: isotope-substituted compound

text: because deuterium is unique among heavy

text: stable isotope

text: s in being twice as heavy as the lightest isotope. This difference increases the

text: strength

text: of water's hydrogen-oxygen bonds, and this in turn is enough to cause differences that are important to some biochemical reactions. The human body naturally contains deuterium equivalent to about five grams of heavy water, which is harmless. When a large fraction of water (> 50%) in higher organisms is replaced by heavy water, the result is cell dysfunction and death.

answers: NDQ_001768

answers: heavy water

answers: NDQ_001769

answers: What is municipal use of water?

answers: NDQ_001770

answers: cell dysfunction and death

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: higher organisms

answers: NDQ_001773

answers: Which of the following is not a commonly occurring isotope-substituted compound?

answers: NDQ_001774

answers: is replaced by heavy water

answers: NDQ_001775

answers: biochemical reactions

answers: NDQ_001776

answers: deuterium

answers: NDQ_001777

answers: heavy water

answers: NDQ_001778

answers: cell dysfunction and death

answers: NDQ_001781

answers: heavy water

answers: NDQ_001782

answers: Which of the following is not the result of cell dysfunction and death?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may cause cell dysfunction and death?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: heavy water

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: When a large fraction of water (> 50%) in higher organisms is replaced by heavy water

answers: NDQ_001797

answers: What is the result of a large fraction of water being replaced by heavy water?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What is not safe to drink as long as it is moving water

answers: NDQ_001800

answers: heavy water

answers: NDQ_001801

answers: a large fraction of water

answers: NDQ_001802

answers: > 50%) in higher organisms

answers: NDQ_001803

answers: heavy water

answers: NDQ_001804

answers: heavy water

answers: NDQ_001805

answers: heavy water

answers: NDQ_001768

answers: heavy water,

answers: NDQ_001769

answers: Heavy water

answers: NDQ_001770

answers: cell dysfunction and death.

answers: NDQ_001771

answers: Heavy water

answers: NDQ_001772

answers: higher organisms

answers: NDQ_001773

answers: Heavy water

answers: NDQ_001774

answers: cell dysfunction and death.

answers: NDQ_001775

answers: biochemical reactions.

answers: NDQ_001776

answers: heavy water,

answers: NDQ_001777

answers: higher organisms

answers: NDQ_001778

answers: replaced by heavy water,

answers: NDQ_001781

answers: heavy water,

answers: NDQ_001782

answers: heavy water,

answers: NDQ_001785

answers: Heavy water

answers: NDQ_001787

answers: cell dysfunction and death.

answers: NDQ_001788

answers: heavy water,

answers: NDQ_001789

answers: Heavy water

answers: NDQ_001790

answers: cell dysfunction and death.

answers: NDQ_001791

answers: 50%) in higher organisms is replaced by heavy water,

answers: NDQ_001792

answers: Heavy water

answers: NDQ_001793

answers: heavy water,

answers: NDQ_001794

answers: Heavy water

answers: NDQ_001795

answers: 50%) in higher organisms is replaced by heavy water,

answers: NDQ_001796

answers: heavy water,

answers: NDQ_001797

answers: Heavy water

answers: NDQ_001798

answers: Heavy water

answers: NDQ_001799

answers: Heavy water is not radioactive.

answers: NDQ_001800

answers: Heavy water

answers: NDQ_001801

answers: Heavy water

answers: NDQ_001802

answers: (> 50%)

answers: NDQ_001803

answers: heavy water,

answers: NDQ_001804

answers: Heavy water

answers: NDQ_001805

answers: (> 50%) in higher organisms is replaced by heavy water,

text: Water metering is common for residential and commercial drinking water supply in many countries, as well as for industrial self-supply with water. However, it is less common in irrigated agriculture, which is the major water user worldwide. Water metering is also uncommon for piped drinking water supply in rural areas and small towns, although there are examples of successful metering in rural areas in developing countries, such as in El Salvador.

text: Water metering is common for residential and commercial drinking

text: water supply

text: in many countries, as well as for industrial self-supply with water. However, it is less common in

text: irrigated agriculture

text: , which is the major water user worldwide. Water metering is also uncommon for piped drinking water supply in rural areas and small towns, although there are examples of successful metering in rural areas in developing countries, such as in El Salvador.

answers: NDQ_001768

answers: irrigated agriculture

answers: NDQ_001769

answers: commercial drinking water supply

answers: NDQ_001770

answers: water metering

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used in the production of fertilizers and pesticides.

answers: NDQ_001774

answers: irrigated agriculture

answers: NDQ_001775

answers: self-supply

answers: NDQ_001776

answers: water metering

answers: NDQ_001777

answers: rural areas

answers: NDQ_001778

answers: irrigationd agriculture

answers: NDQ_001781

answers: is not metered

answers: NDQ_001782

answers: Why is water metering uncommon for piped drinking water supply in rural areas and small towns?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: It is less common in irrigated agriculture

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the major water user worldwide?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Water metering is also uncommon

answers: NDQ_001797

answers: Why is water metering less common in irrigated agriculture?

answers: NDQ_001798

answers: irrigated agriculture

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: irrigated agriculture

answers: NDQ_001802

answers: less common in irrigated agriculture

answers: NDQ_001803

answers: irrigated agriculture

answers: NDQ_001804

answers: irrigated agriculture

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: irrigated agriculture,

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: it is less common in irrigated agriculture,

answers: NDQ_001771

answers: drinking

answers: NDQ_001772

answers: irrigated agriculture,

answers: NDQ_001773

answers: irrigated agriculture,

answers: NDQ_001774

answers: irrigated agriculture,

answers: NDQ_001775

answers: self-supply

answers: NDQ_001776

answers: irrigated agriculture,

answers: NDQ_001777

answers: irrigated agriculture,

answers: NDQ_001778

answers: irrigated agriculture,

answers: NDQ_001781

answers: it is less common in irrigated agriculture,

answers: NDQ_001782

answers: Water metering

answers: NDQ_001785

answers: irrigated agriculture,

answers: NDQ_001787

answers: irrigated agriculture,

answers: NDQ_001788

answers: irrigated agriculture,

answers: NDQ_001789

answers: industrial self-supply with water.

answers: NDQ_001790

answers: Water metering

answers: NDQ_001791

answers: water. However, it is less common in irrigated agriculture,

answers: NDQ_001792

answers: Water metering is common for residential and commercial drinking water supply

answers: NDQ_001793

answers: irrigated agriculture,

answers: NDQ_001794

answers: irrigated agriculture,

answers: NDQ_001795

answers: irrigated agriculture,

answers: NDQ_001796

answers: Water metering

answers: NDQ_001797

answers: irrigated agriculture,

answers: NDQ_001798

answers: irrigated agriculture,

answers: NDQ_001799

answers: Water metering

answers: NDQ_001800

answers: irrigated agriculture,

answers: NDQ_001801

answers: irrigated agriculture,

answers: NDQ_001802

answers: irrigated agriculture,

answers: NDQ_001803

answers: irrigated agriculture,

answers: NDQ_001804

answers: irrigated agriculture,

answers: NDQ_001805

answers: irrigated agriculture,

text: There is a medical clinic in Mannavanur. Drinking water for most households is supplied from a source within an elevation of less than 100 meters. There is a lack of sanitary latrine facilities. Out of a total of  569 homes: 298 use open defection, 4 use a group latrine with irregular water supply, 263 use a group latrine with regular water supply, none use a clean group latrine with regular water supply and a regular sweeper and only 4 use a  private latrine.

text: There is a medical clinic in Mannavanur. Drinking water for most households is supplied from a source within an elevation of less than 100 meters. There is a lack of sanitary latrine facilities. Out of a total of  569 homes: 298 use open defection, 4 use a group latrine with irregular water supply, 263 use a group latrine with regular water supply, none use a clean group latrine with regular water supply and a regular sweeper and only 4 use a  private latrine.

answers: NDQ_001768

answers: group latrine with irregular water supply

answers: NDQ_001769

answers: medical clinic

answers: NDQ_001770

answers: 298 open defection

answers: NDQ_001771

answers: open defection

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: 298 use open defection

answers: NDQ_001775

answers: a variety of purposes

answers: NDQ_001776

answers: open defection

answers: NDQ_001777

answers: elevation

answers: NDQ_001778

answers: open defection

answers: NDQ_001781

answers: lacks sanitary facilities

answers: NDQ_001782

answers: None of the above choices.

answers: NDQ_001785

answers: 4

answers: NDQ_001787

answers: None

answers: NDQ_001788

answers: 4

answers: NDQ_001789

answers: What is Mannavanur?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Where is Mannavanur?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: 298 use open defection

answers: NDQ_001797

answers: How many homes use a group latrine with irregular water supply?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: Mannavanur

answers: NDQ_001802

answers: 298 use open defection

answers: NDQ_001803

answers: watering cans

answers: NDQ_001804

answers: Mannavanur

answers: NDQ_001805

answers: open defection

answers: NDQ_001768

answers: group latrine with irregular water supply,

answers: NDQ_001769

answers: Drinking water

answers: NDQ_001770

answers: open defection,

answers: NDQ_001771

answers: open defection,

answers: NDQ_001772

answers: open defection,

answers: NDQ_001773

answers: none

answers: NDQ_001774

answers: open defection,

answers: NDQ_001775

answers: Drinking water

answers: NDQ_001776

answers: open defection,

answers: NDQ_001777

answers: a source within an elevation of less than 100 meters.

answers: NDQ_001778

answers: open defection,

answers: NDQ_001781

answers: lack of sanitary latrine facilities.

answers: NDQ_001782

answers: 263 use a group latrine with regular water supply,

answers: NDQ_001785

answers: 263 use a group latrine with regular water supply,

answers: NDQ_001787

answers: 263 use a group latrine with regular water supply,

answers: NDQ_001788

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001789

answers: Drinking water

answers: NDQ_001790

answers: lack of sanitary latrine facilities.

answers: NDQ_001791

answers: 100 meters.

answers: NDQ_001792

answers: a source within an elevation of less than 100 meters.

answers: NDQ_001793

answers: none

answers: NDQ_001794

answers: 100 meters.

answers: NDQ_001795

answers: none

answers: NDQ_001796

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001797

answers: 263 use a group latrine with regular water supply,

answers: NDQ_001798

answers: 263 use a group latrine with regular water supply,

answers: NDQ_001799

answers: a source within an elevation of less than 100 meters.

answers: NDQ_001800

answers: sanitary latrine facilities.

answers: NDQ_001801

answers: Mannavanur.

answers: NDQ_001802

answers: There is a lack of sanitary latrine facilities.

answers: NDQ_001803

answers: a regular sweeper

answers: NDQ_001804

answers: Drinking water

answers: NDQ_001805

answers: open defection,

text: On August 4, the government of Belize declared a 30 day state of emergency. The government focused their initial disaster response on search and rescue missions, medical care, helping storm victims, cleaning debris from roads, and restoring utilities. The country's Minister of Works sent employees to clear blocked highways, and the government hired residents to help clean the streets from debris. Workers quickly restored 75% of the power outages within a day of the hurricane's passage, which increased to 99% by August 11. All emergency shelters closed on August 12, and the remaining displaced families were provided rent-free lodging for up to three months. The National Relief and Supplies Management Committee provided food, water, cleaning supplies, tarps, and mattresses to affected residents, helping 8,000 people by August 10. Damage to water systems resulted in decreased water pressure in buildings, possibly contaminating the nation's water supply. As a result, the Health Ministry advised residents to treat drinking water, and officials worked to repair water systems in the week after the storm's passage. The Belize Water Service sent a truck to the Old Northern Highway. About 90% of residents in damaged houses enacted their own repairs, with the help of neighbors. To assist with disaster relief, the European Union donated  to Belize through the Disaster Relief Emergency Fund of the International Federation of Red Cross and Red Crescent Societies. Taiwan sent US$100,000 to the country. The Inter-American Development Bank provided US$200,000 to Belize to purchase food, medicine, and supplies to rebuild. Belize Telemedia Limited also donated US$50,000 toward disaster relief, and Norwegian Cruise Line donated BZ$100,000. The Belize government received US$261,073 from the Caribbean Catastrophe Risk Insurance Facility, having first bought an excess rainfall policy in June 2016. UNICEF acted as the primary coordinating agency for the United Nations, its first emergency in that capacity. The agency provided the government with $35,000 toward clean-up, 430 family hygiene kits, and emergency SMSs to be distributed by phone.

text: On August 4, the government of Belize declared a 30 day state of emergency. The government focused their initial disaster response on search and rescue missions, medical care, helping storm victims, cleaning debris from roads, and restoring utilities. The country's Minister of Works sent employees to clear blocked highways, and the government hired residents to help clean the streets from debris. Workers quickly restored 75% of the power outages within a day of the hurricane's passage, which increased to 99% by August 11. All emergency shelters closed on August 12, and the remaining displaced families were provided rent-free lodging for up to three months. The National Relief and Supplies Management Committee provided food, water, cleaning supplies, tarps, and mattresses to affected residents, helping 8,000 people by August 10. Damage to water systems resulted in decreased water pressure in buildings, possibly contaminating the nation's water supply. As a result, the Health Ministry advised residents to treat drinking water, and officials worked to repair water systems in the week after the storm's passage. The Belize Water Service sent a truck to the Old Northern Highway. About 90% of residents in damaged houses enacted their own repairs, with the help of neighbors. To assist with disaster relief, the

text: European Union

text: donated  to Belize through the Disaster Relief Emergency Fund of the

entity_name: International Federation of Red Cross and Red Crescent Societies

text: International Federation of Red Cross and Red Crescent Societies

text: . Taiwan sent US$100,000 to the country. The

text: Inter-American Development Bank

text: provided US$200,000 to Belize to purchase food, medicine, and supplies to rebuild.

text: Belize Telemedia Limited

text: also donated US$50,000 toward disaster relief, and

text: Norwegian Cruise Line

text: donated BZ$100,000. The Belize government received US$261,073 from the

entity_name: Caribbean Catastrophe Risk Insurance Facility Segregated Portfolio Company

text: Caribbean Catastrophe Risk Insurance Facility

text: , having first bought an excess rainfall policy in June 2016.

text: UNICEF

text: acted as the primary coordinating agency for the United Nations, its first emergency in that capacity. The agency provided the government with $35,000 toward clean-up, 430 family hygiene kits, and emergency

text: SMS

text: s to be distributed by phone.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for

answers: NDQ_001770

answers: What may cause decreased water pressure in buildings?

answers: NDQ_001771

answers: What did the Health Ministry advise residents to treat drinking water?

answers: NDQ_001772

answers: displaced families

answers: NDQ_001773

answers: What did the Belize government receive from the Caribbean Catastrophe Risk Insurance Facility?

answers: NDQ_001774

answers: decreased water pressure in buildings

answers: NDQ_001775

answers: cleaning supplies, tarps, and mattresses

answers: NDQ_001776

answers: HIV/AIDS

answers: NDQ_001777

answers: Damage to water systems

answers: NDQ_001778

answers: buying an excess rainfall policy

answers: NDQ_001781

answers: decreased water pressure in buildings

answers: NDQ_001782

answers: What did the Health Ministry advise residents to treat drinking water?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: How many days after the hurricane's passage did workers quickly restore 75% of the power outages within a day of the hurricane's passage?

answers: NDQ_001788

answers: How many days after the hurricane's passage did workers quickly restore 75% of the power outages?

answers: NDQ_001789

answers: What did the Health Ministry advise residents to treat drinking water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many days after the hurricane's passage did the National Relief and Supplies Management Committee provide food, water, cleaning supplies, tarps, and mattresses to affected residents?

answers: NDQ_001797

answers: How many days after the hurricane's passage did workers quickly restore 75% of the power outages?

answers: NDQ_001798

answers: How many days after the hurricane's passage did workers quickly restore 75% of the power outages?

answers: NDQ_001799

answers: How did the Health Ministry advise residents to treat drinking water

answers: NDQ_001800

answers: NDQ_001801

answers: Belize Water Service sent a truck to the Old Northern Highway

answers: NDQ_001802

answers: possibly contaminating the nation's water supply

answers: NDQ_001803

answers: tarps

answers: NDQ_001804

answers: The Belize Water Service

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: treat drinking water,

answers: NDQ_001769

answers: drinking water,

answers: NDQ_001770

answers: contaminating the nation's water supply.

answers: NDQ_001771

answers: Norwegian Cruise Line

answers: NDQ_001772

answers: United Nations,

answers: NDQ_001773

answers: Taiwan

answers: NDQ_001774

answers: contaminating the nation's water supply.

answers: NDQ_001775

answers: drinking water,

answers: NDQ_001776

answers: UNICEF

answers: NDQ_001777

answers: Damage to water systems resulted in decreased water pressure in buildings,

answers: NDQ_001778

answers: excess rainfall

answers: NDQ_001781

answers: decreased water pressure

answers: NDQ_001782

answers: drinking water,

answers: NDQ_001785

answers: US$261,073

answers: NDQ_001787

answers: 430 family hygiene kits,

answers: NDQ_001788

answers: 430 family hygiene kits,

answers: NDQ_001789

answers: treat drinking water,

answers: NDQ_001790

answers: 90%

answers: NDQ_001791

answers: UNICEF

answers: NDQ_001792

answers: 430 family hygiene kits, and emergency SMSs to be distributed by phone.

answers: NDQ_001793

answers: Caribbean Catastrophe Risk Insurance Facility,

answers: NDQ_001794

answers: US$261,073

answers: NDQ_001795

answers: Caribbean Cat

answers: NDQ_001796

answers: UNICEF

answers: NDQ_001797

answers: 430 family hygiene kits,

answers: NDQ_001798

answers: 90% of residents in damaged houses enacted their own repairs,

answers: NDQ_001799

answers: treat drinking water,

answers: NDQ_001800

answers: their own repairs,

answers: NDQ_001801

answers: June 2016.

answers: NDQ_001802

answers: possibly contaminating the nation's water supply.

answers: NDQ_001803

answers: excess rainfall policy

answers: NDQ_001804

answers: The Belize Water Service sent a truck to the Old Northern Highway.

answers: NDQ_001805

answers: drinking water,

text: Lack of access to water supply and sanitation has significant health impacts. In addition, it imposes a significant burden on women and girls who have to carry water. For instance, more than one in five households in Umutara is more than an hour away from its water source. This has implications for the quality of women's and girls' lives, their economic productivity and their access to education. Even where people statistically do have access to an improved water source such as a communal borehole that in some cases is shared by up to 175 families, they sometimes have to wait for more than four hours before they can get water.

text: Lack of access to water supply and sanitation has significant health impacts. In addition, it imposes a significant burden on women and girls who have to carry water. For instance, more than one in five households in

text: Umutara

text: is more than an hour away from its water source. This has implications for the quality of women's and girls' lives, their economic productivity and their access to education. Even where people statistically do have access to an

text: improved water source

text: such as a communal borehole that in some cases is shared by up to 175 families, they sometimes have to wait for more than four hours before they can get water.

answers: NDQ_001768

answers: more than one in five households

answers: NDQ_001769

answers: a communal borehole

answers: NDQ_001770

answers: women to carry water

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: women and girls

answers: NDQ_001773

answers: Which of the following is not a health impact: lack of access to water supply and sanitation, lack of access to water supply and sanitation, or lack of access to sanitation?

answers: NDQ_001774

answers: has to be carried

answers: NDQ_001775

answers: What does the lack of access to water supply and sanitation impose?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: the location of the population

answers: NDQ_001778

answers: Lack of access to water supply and sanitation

answers: NDQ_001781

answers: lacks access to sanitation

answers: NDQ_001782

answers: What does the lack of access to water supply and sanitation mean for women and girls?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: more than one in five households in Umutara is more than an hour away

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Lack of access to water supply and sanitation

answers: NDQ_001797

answers: Which of the following is not a reason for women and girls to carry water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: communal borehole

answers: NDQ_001805

answers: women and girls

answers: NDQ_001768

answers: a communal borehole

answers: NDQ_001769

answers: education.

answers: NDQ_001770

answers: women and girls who have to carry water.

answers: NDQ_001771

answers: a communal borehole

answers: NDQ_001772

answers: women and girls

answers: NDQ_001773

answers: Lack of access to water supply

answers: NDQ_001774

answers: carry water.

answers: NDQ_001775

answers: economic productivity

answers: NDQ_001776

answers: Lack of access to water supply and sanitation

answers: NDQ_001777

answers: more than an hour away from its water source.

answers: NDQ_001778

answers: Lack of access to water supply

answers: NDQ_001781

answers: women and girls who have to carry water.

answers: NDQ_001782

answers: Lack of access to water supply and sanitation has significant health impacts.

answers: NDQ_001785

answers: Lack of access to water supply and sanitation has significant health impacts.

answers: NDQ_001787

answers: communal borehole

answers: NDQ_001788

answers: communal borehole

answers: NDQ_001789

answers: a communal borehole

answers: NDQ_001790

answers: Lack of access to water supply and sanitation has significant health impacts.

answers: NDQ_001791

answers: more than one in five households in Umutara

answers: NDQ_001792

answers: a communal borehole

answers: NDQ_001793

answers: communal borehole

answers: NDQ_001794

answers: borehole

answers: NDQ_001795

answers: more than an hour away from its water source.

answers: NDQ_001796

answers: Lack of access to water supply and sanitation has significant health impacts.

answers: NDQ_001797

answers: more than one in five households in Umutara

answers: NDQ_001798

answers: a communal borehole

answers: NDQ_001799

answers: carry water.

answers: NDQ_001800

answers: Lack of access to water supply

answers: NDQ_001801

answers: more than one in five households in Umutara

answers: NDQ_001802

answers: more than one in five households in Umutara

answers: NDQ_001803

answers: communal borehole

answers: NDQ_001804

answers: communal borehole

answers: NDQ_001805

answers: women and girls who have to carry water.

text: RecycleRecycled water from Denver Water's recycled water distribution system supplies industrial and irrigation customers with nonpotable water, thereby freeing up drinking water for other purposes and reducing trans-mountain diversions. Once build-out is complete, the project will supply more than five billion gallons of recycled water every year — water for irrigation, for industrial use, for lakes in our parks and for golf courses — water we don’t have to take from a reservoir. There are more than a dozen wastewater recycling programs in Colorado, and Denver Water operates the largest recycled water system in Colorado.

text: RecycleRecycled water from Denver Water's recycled water distribution system supplies industrial and irrigation customers with nonpotable water, thereby freeing up drinking water for other purposes and reducing trans-mountain diversions. Once build-out is complete, the project will supply more than five billion gallons of recycled water every year — water for irrigation, for industrial use, for lakes in our parks and for golf courses — water we don’t have to take from a reservoir. There are more than a dozen wastewater recycling programs in Colorado, and Denver Water operates the largest recycled water system in Colorado.

answers: NDQ_001768

answers: nonpotable water

answers: NDQ_001769

answers: industrial and irrigation customers

answers: NDQ_001770

answers: drinking water to be diverted

answers: NDQ_001771

answers: golf courses

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: Which of the following is not an industrial use of recycled water: irrigation, lakes in our parks, or golf courses?

answers: NDQ_001774

answers: takes from a reservoir

answers: NDQ_001775

answers: irrigation and industrial use

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: reservoirs

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a type of life: industrial and irrigation customers or golf courses?

answers: NDQ_001785

answers: How can we live longer without water than without food?

answers: NDQ_001787

answers: Which of the following is not a use of recycled water: irrigation, industrial use, lakes in our parks and for golf courses

answers: NDQ_001788

answers: What may be the reason for the water being recycled?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a type of water use: irrigation, for industrial use, for lakes in our parks and for golf courses?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water from Denver Water's recycled water distribution system nonpotable?

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: there are more than a dozen wastewater recycling programs in Colorado

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: recycled water distribution system

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: irrigation, for industrial use, for lakes in our parks and for golf courses

answers: NDQ_001770

answers: trans-mountain diversions.

answers: NDQ_001771

answers: golf courses

answers: NDQ_001772

answers: industrial and irrigation customers

answers: NDQ_001773

answers: industrial and irrigation customers with nonpotable water,

answers: NDQ_001774

answers: trans-mountain diversions.

answers: NDQ_001775

answers: irrigation, for industrial use,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: a reservoir.

answers: NDQ_001778

answers: trans-mountain diversions.

answers: NDQ_001781

answers: take from a reservoir.

answers: NDQ_001782

answers: five billion gallons of recycled water

answers: NDQ_001785

answers: water we don’t have to take from a reservoir.

answers: NDQ_001787

answers: irrigation customers with nonpotable water,

answers: NDQ_001788

answers: irrigation,

answers: NDQ_001789

answers: irrigation,

answers: NDQ_001790

answers: drinking water for other purposes and reducing trans-mountain diversions.

answers: NDQ_001791

answers: five billion gallons of recycled water

answers: NDQ_001792

answers: lakes in our parks and for golf courses

answers: NDQ_001793

answers: drinking water

answers: NDQ_001794

answers: reservoir.

answers: NDQ_001795

answers: five billion gallons of recycled water every year

answers: NDQ_001796

answers: freeing up drinking water

answers: NDQ_001797

answers: drinking water

answers: NDQ_001798

answers: reducing trans-mountain diversions.

answers: NDQ_001799

answers: nonpotable

answers: NDQ_001800

answers: drinking water

answers: NDQ_001801

answers: trans-mountain diversions.

answers: NDQ_001802

answers: more than a dozen wastewater recycling programs in Colorado,

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Denver Water's recycled water distribution system

answers: NDQ_001805

answers: drinking water

text: Farm water, also known as agricultural water, is water committed for use in the production of food and fiber. On average, 80 percent of the fresh water withdrawn from rivers and groundwater is used to produce food and other agricultural products. Farm water may include water used in the irrigation of crops or the watering of livestock.

text: Farm water, also known as agricultural water, is water committed for use in the production of food and fiber. On average, 80 percent of the fresh water withdrawn from

text: rivers

text: and

text: groundwater

text: is used to produce food and other agricultural products. Farm water may include water used in the

text: irrigation

text: of crops or the watering of livestock.

answers: NDQ_001768

answers: agricultural water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: crops to die

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: agricultural products

answers: NDQ_001773

answers: are used in the production of food and fiber.

answers: NDQ_001774

answers: withdrawn from rivers

answers: NDQ_001775

answers: food and fiber

answers: NDQ_001776

answers: farm water

answers: NDQ_001777

answers: farm water

answers: NDQ_001778

answers: irrigation of crops

answers: NDQ_001781

answers: uses too little

answers: NDQ_001782

answers: Which of the following is not a form of life: crops or livestock?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many percent of fresh water withdrawn from rivers and groundwater is used to produce food and other agricultural products?

answers: NDQ_001789

answers: Which of the following is not a use of farm water?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers, rivers, or groundwater?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: farm water may include water used in the irrigation of crops or the watering of livestock

answers: NDQ_001797

answers: Which of the following is not a source of farm water: rivers and groundwater or agricultural water?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: On average, 80 percent

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: agricultural water

answers: NDQ_001768

answers: Farm water,

answers: NDQ_001769

answers: Farm water,

answers: NDQ_001770

answers: crops or the watering of livestock.

answers: NDQ_001771

answers: livestock.

answers: NDQ_001772

answers: agricultural products.

answers: NDQ_001773

answers: Farm water,

answers: NDQ_001774

answers: withdrawn from rivers and groundwater

answers: NDQ_001775

answers: production of food and fiber.

answers: NDQ_001776

answers: Farm water,

answers: NDQ_001777

answers: rivers and groundwater

answers: NDQ_001778

answers: irrigation of crops

answers: NDQ_001781

answers: 80 percent of the fresh water withdrawn from rivers and groundwater

answers: NDQ_001782

answers: Farm water,

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: Farm water

answers: NDQ_001788

answers: 80 percent of the fresh water withdrawn from rivers and groundwater

answers: NDQ_001789

answers: Farm water,

answers: NDQ_001790

answers: Farm water,

answers: NDQ_001791

answers: 80 percent of the fresh water withdrawn from rivers and groundwater

answers: NDQ_001792

answers: Farm water,

answers: NDQ_001793

answers: 80 percent of the fresh water withdrawn from rivers and groundwater

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: Farm water,

answers: NDQ_001796

answers: Farm water,

answers: NDQ_001797

answers: Farm water,

answers: NDQ_001798

answers: 80 percent of the fresh water withdrawn from rivers and groundwater

answers: NDQ_001799

answers: rivers and groundwater

answers: NDQ_001800

answers: fresh water withdrawn from rivers and groundwater

answers: NDQ_001801

answers: Farm water,

answers: NDQ_001802

answers: 80 percent

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: agricultural products.

text: Water supply. Slightly more than half the population of Tanzania is estimated to have access to an improved water source, with stark differences between urban areas (about 79% in 2010) and rural areas (about 44% in 2010). In rural areas, access is defined as meaning that households have to travel less than one kilometre to a protected drinking water source in the dry season. Trends in access to water supply are difficult to discern due to conflicting and unreliable data. However, it seems that access increased during the 1990s, particularly in rural areas, but stagnated during the 2000s. According to data from the Household Budget Surveys 2000/2001 and 2007 access to an improved water source in mainland Tanzania even decreased from 55% in 2000 to 52% in 2007. Using a narrow definition, in 2007 around 34% of households had access to piped water, as opposed to 40% in 2000. However, using a broader definition of access that also includes standpipes and protected springs, there has been a slight increase in the proportion of households reporting a drinking water source within one kilometre. Estimates from the Joint Monitoring Programme for Water Supply and Sanitation (JMP) show a different trend. They show a slight decline in access from 55% in 1990 to 53% in 2010. According to these figures, access in rural areas stagnated, while in urban areas it decreased from 94% to 79% over the same period. The JMP estimates rely on extrapolations using, among others, data from the Household Budget Survey 2000/2001 and 2007, the Census of 2002 and the Demographic and Health Surveys of 1999, 2005 and 2010.

text: Water supply. Slightly more than half the population of Tanzania is estimated to have access to an

text: improved water source

text: , with stark differences between urban areas (about 79% in 2010) and rural areas (about 44% in 2010). In rural areas, access is defined as meaning that households have to travel less than one kilometre to a protected drinking water source in the dry season. Trends in access to water supply are difficult to discern due to conflicting and unreliable data. However, it seems that access increased during the 1990s, particularly in rural areas, but stagnated during the 2000s. According to data from the Household Budget Surveys 2000/2001 and 2007 access to an

text: improved water source

text: in mainland Tanzania even decreased from 55% in 2000 to 52% in 2007. Using a narrow definition, in 2007 around 34% of households had access to piped water, as opposed to 40% in 2000. However, using a broader definition of access that also includes standpipes and protected springs, there has been a slight increase in the proportion of households reporting a drinking water source within one kilometre. Estimates from the

text: Joint Monitoring Programme for Water Supply and Sanitation

text: (JMP) show a different trend. They show a slight decline in access from 55% in 1990 to 53% in 2010. According to these figures, access in rural areas stagnated, while in urban areas it decreased from 94% to 79% over the same period. The JMP estimates rely on extrapolations using, among others, data from the Household Budget Survey 2000/2001 and 2007, the Census of 2002 and the Demographic and Health Surveys of 1999, 2005 and 2010.

answers: NDQ_001768

answers: urban areas

answers: NDQ_001769

answers: urban areas (about 79% in 2010)

answers: NDQ_001770

answers: Water supply is difficult to discern due to conflicting

answers: NDQ_001771

answers: How many percent of households had access to a piped water source in 2007?

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: In the United States, agricultural chemicals include pesticides, herbicides, fertilizers, and pesticides.

answers: NDQ_001774

answers: dry season

answers: NDQ_001775

answers: What is water used for?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: urban areas and rural areas

answers: NDQ_001778

answers: travel less than one kilometre to a protected drinking water source

answers: NDQ_001781

answers: unreliable data

answers: NDQ_001782

answers: What does the passage imply?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many percent of households had access to piped water in 2007?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many people in Tanzania have access to improved water supply?

answers: NDQ_001797

answers: Why is access to water supply difficult to discern?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: in the dry season

answers: NDQ_001802

answers: urban areas (about 79% in 2010) and rural areas (about 44% in 2010)

answers: NDQ_001803

answers: standpipes

answers: NDQ_001804

answers: standpipes

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: standpipes and protected springs,

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: stagnated during the 2000s.

answers: NDQ_001771

answers: standpipes and protected springs,

answers: NDQ_001772

answers: Tanzania is estimated to have access to an improved water source,

answers: NDQ_001773

answers: Water supply.

answers: NDQ_001774

answers: dry season.

answers: NDQ_001775

answers: Joint Monitoring Programme for Water Supply and Sanitation

answers: NDQ_001776

answers: Water supply.

answers: NDQ_001777

answers: urban areas (about 79% in 2010) and rural areas

answers: NDQ_001778

answers: travel less than one kilometre to a protected drinking water source

answers: NDQ_001781

answers: conflicting and unreliable data.

answers: NDQ_001782

answers: half the population of Tanzania is estimated to have access to an improved water source,

answers: NDQ_001785

answers: stagnated during the 2000s.

answers: NDQ_001787

answers: 55% in 2000 to 52% in 2007.

answers: NDQ_001788

answers: 55% in 2000 to 52% in 2007.

answers: NDQ_001789

answers: standpipes and protected springs,

answers: NDQ_001790

answers: half the population of Tanzania is estimated to have access to an improved water source,

answers: NDQ_001791

answers: 55% in 1990 to 53%

answers: NDQ_001792

answers: 55% in 2000 to 52% in 2007.

answers: NDQ_001793

answers: improved water source,

answers: NDQ_001794

answers: 55% in 2000 to 52% in 2007.

answers: NDQ_001795

answers: half the population of Tanzania is estimated to have access to an improved water source,

answers: NDQ_001796

answers: stagnated during the 2000s.

answers: NDQ_001797

answers: dry season.

answers: NDQ_001798

answers: 55% in 2000 to 52% in 2007.

answers: NDQ_001799

answers: standpipes and protected springs,

answers: NDQ_001800

answers: Water supply.

answers: NDQ_001801

answers: dry season.

answers: NDQ_001802

answers: 55% in 2000 to 52% in 2007.

answers: NDQ_001803

answers: standpipes and protected springs,

answers: NDQ_001804

answers: standpipes and protected springs,

answers: NDQ_001805

answers: Tanzania is estimated to have access to an improved water source,

text: A before-after comparative study by the World Bank analyzes how access, quality of service, operational efficiency and tariffs have evolved under 65 public-private partnerships for urban water utilities in developing countries. The study estimates that "PPP projects have provided access to piped water for more than 24 million people in developing countries since 1990". Interestingly and unlike it was expected by proponents of privatization, private operators contributed little in terms of financing, which was provided to a large extent by tariff revenues and development aid. A study that compared changes under PPPs to changes that occurred in publicly managed utilities during the same period in Argentina, Bolivia and Brazil found that access to water supply and sanitation increased both for utilities under private and under public management to the same extent. The study concludes that "private sector participation, per se, may not have been responsible for those improvements". Others have argued that privatization is often associated with increase in tariffs – which reduces the accessibility of the resource for poor households.Water privatization can hinder the accessibility of water. When for-profit companies invest in the water system, the desire to make returns on the investment can create a top-heavy distribution system. In this scenario, the desire to supply poor districts decreases because the poor are unable to pay the tariffs, however small they may be. On the opposite end of the spectrum, investments are made to improve accessibility in richer districts where the people can pay the tariffs. In this manner, the water company's need to make adequate returns is met by supplying water only to those who can pay.However, water supply privatization may in some cases lead to expansion of services to low-income districts. The urban poor who have no official access to water may have a relatively high willingness to pay because they may suffer from even higher tariffs typically charged by informal water vendors.

text: A before-after comparative study by the

text: World Bank

answers: NDQ_001768

answers: PPP projects

answers: NDQ_001769

answers: urban water utilities in developing countries

answers: NDQ_001770

answers: Water privatization can hinder the accessibility of water

answers: NDQ_001771

answers: What is the most common reason for water privatization?

answers: NDQ_001772

answers: for-profit companies

answers: NDQ_001773

answers: Which of the following is not an example of a for-profit company investing in the water system?

answers: NDQ_001774

answers: is not paid for

answers: NDQ_001775

answers: Which of the following is not a benefit of privatization: access to water supply and sanitation

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: privatization

answers: NDQ_001778

answers: privatization

answers: NDQ_001781

answers: privatization can hinder the accessibility

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not an example of a negative effect of irrigation?

answers: NDQ_001788

answers: Water privatization can hinder the accessibility of water.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water privatization can hinder the accessibility of water

answers: NDQ_001797

answers: Which of the following is not a climate: Drier climates generally have less water for people to use:

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: during the same period in Argentina, Bolivia and Brazil

answers: NDQ_001802

answers: urban poor who have no official access to water may have a relatively high willingness to pay

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: urban water utilities

answers: NDQ_001805

answers: sanitation

answers: NDQ_001768

answers: public-private partnerships

answers: NDQ_001769

answers: urban water utilities

answers: NDQ_001770

answers: expansion of services to low-income districts.

answers: NDQ_001771

answers: -heavy distribution system.

answers: NDQ_001772

answers: informal water vendors.

answers: NDQ_001773

answers: the poor are unable to pay the tariffs,

answers: NDQ_001774

answers: a top-heavy distribution system.

answers: NDQ_001775

answers: top-heavy distribution system.

answers: NDQ_001776

answers: top-heavy distribution system.

answers: NDQ_001777

answers: richer districts where the people can pay the tariffs.

answers: NDQ_001778

answers: investment

answers: NDQ_001781

answers: the poor are unable to pay the tariffs,

answers: NDQ_001782

answers: a top-heavy distribution system.

answers: NDQ_001785

answers: top-heavy distribution system.

answers: NDQ_001787

answers: top-heavy distribution system.

answers: NDQ_001788

answers: top-heavy distribution system.

answers: NDQ_001789

answers: top-heavy distribution system.

answers: NDQ_001790

answers: unable to pay the tariffs,

answers: NDQ_001791

answers: investments are made to improve accessibility in richer districts

answers: NDQ_001792

answers: top-heavy distribution system.

answers: NDQ_001793

answers: can create a top-heavy distribution system.

answers: NDQ_001794

answers: top-heavy distribution system.

answers: NDQ_001795

answers: top-heavy distribution system.

answers: NDQ_001796

answers: top-heavy distribution system.

answers: NDQ_001797

answers: the poor are unable to pay the tariffs,

answers: NDQ_001798

answers: unable to pay the tariffs,

answers: NDQ_001799

answers: top-heavy distribution system.

answers: NDQ_001800

answers: -heavy distribution system.

answers: NDQ_001801

answers: -heavy distribution system.

answers: NDQ_001802

answers: top-heavy distribution system.

answers: NDQ_001803

answers: top-heavy distribution system.

answers: NDQ_001804

answers: top-heavy distribution system.

answers: NDQ_001805

answers: heavy distribution system.

text: Access to an improved water source in Afghanistan is among the lowest in the world. According to a National Risk and Vulnerability Survey, only 42% of rural dwellers had access to an improved water source as of 2010. About three quarters of Afghans live in rural areas. In urban areas, an estimated 78% had access to an improved water source. Access to an improved water source does not mean that the water is safe to drink. For example, protected shallow wells in urban areas are often contaminated with bacteria. Piped water supply can also be contaminated. Households without access to an improved source take water from streams and rivers, open wells and unprotected springs, all of which are also often polluted. In rural areas women and girls walk long distances to fetch water.

text: Access to an

text: improved water source

text: in

text: Afghanistan

text: is among the lowest in the world. According to a National Risk and Vulnerability Survey, only 42% of rural dwellers had access to an improved water source as of 2010. About three quarters of Afghans live in rural areas. In urban areas, an estimated 78% had access to an improved water source. Access to an improved water source does not mean that the water is safe to drink. For example, protected shallow wells in urban areas are often contaminated with bacteria. Piped water supply can also be contaminated. Households without access to an improved source take water from streams and rivers, open wells and unprotected springs, all of which are also often polluted. In rural areas women and girls walk long distances to fetch water.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: How many percent of rural dwellers did not have access to an improved water source?

answers: NDQ_001770

answers: Bacteria to grow

answers: NDQ_001771

answers: How many percent of rural dwellers had access to an improved water source as of 2010?

answers: NDQ_001772

answers: rural dwellers

answers: NDQ_001773

answers: Which of the following is not a source of water pollution: protected shallow wells in urban areas, protected shallow wells in rural areas or unprotected springs?

answers: NDQ_001774

answers: polluted

answers: NDQ_001775

answers: How many percent of rural dwellers had access to an improved water source as of 2010?

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: how many people live in rural areas

answers: NDQ_001778

answers: in rural areas women and girls walk long distances to fetch water

answers: NDQ_001781

answers: contaminated with bacteria

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of water: protected shallow wells in urban areas are often contaminated with bacteria

answers: NDQ_001788

answers: How many percent of rural dwellers had access to an improved water source in 2010?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How many percent of rural dwellers had access to an improved water source in 2010?

answers: NDQ_001797

answers: How many percent of rural dwellers had access to an improved water source in 2010?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: It is safe to drink as long as it is flowing

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 2010

answers: NDQ_001802

answers: all of which are also often polluted

answers: NDQ_001803

answers: wells

answers: NDQ_001804

answers: protected shallow wells

answers: NDQ_001805

answers: drinking

answers: NDQ_001768

answers: streams and rivers, open wells and unprotected springs,

answers: NDQ_001769

answers: drink.

answers: NDQ_001770

answers: contaminated with bacteria.

answers: NDQ_001771

answers: drink.

answers: NDQ_001772

answers: Afghanistan

answers: NDQ_001773

answers: contaminated with bacteria.

answers: NDQ_001774

answers: polluted.

answers: NDQ_001775

answers: drink.

answers: NDQ_001776

answers: bacteria.

answers: NDQ_001777

answers: streams and rivers, open wells and unprotected springs,

answers: NDQ_001778

answers: women and girls walk long distances to fetch water.

answers: NDQ_001781

answers: polluted.

answers: NDQ_001782

answers: women and girls walk long distances to fetch water.

answers: NDQ_001785

answers: Access to an improved water source in Afghanistan is among the lowest in the world.

answers: NDQ_001787

answers: protected shallow wells in urban areas are often contaminated with bacteria.

answers: NDQ_001788

answers: contaminated with bacteria. Piped water supply can also be contaminated.

answers: NDQ_001789

answers: safe to drink.

answers: NDQ_001790

answers: Access to an improved water source in Afghanistan is among the lowest in the world.

answers: NDQ_001791

answers: 2010.

answers: NDQ_001792

answers: streams and rivers, open wells and unprotected springs,

answers: NDQ_001793

answers: Access to an improved water source in Afghanistan is among the lowest in the world.

answers: NDQ_001794

answers: streams and rivers, open wells and unprotected springs,

answers: NDQ_001795

answers: 42% of rural dwellers had access to an improved water source

answers: NDQ_001796

answers: contaminated with bacteria.

answers: NDQ_001797

answers: women and girls walk long distances to fetch water.

answers: NDQ_001798

answers: 2010.

answers: NDQ_001799

answers: streams and rivers,

answers: NDQ_001800

answers: Access to an improved water source in Afghanistan is among the lowest in the world.

answers: NDQ_001801

answers: 2010.

answers: NDQ_001802

answers: often polluted.

answers: NDQ_001803

answers: open wells and unprotected springs,

answers: NDQ_001804

answers: Piped water supply can also be contaminated.

answers: NDQ_001805

answers: women and girls walk long distances to fetch water.

text: Municipal, irrigation, and industrial water supplies are provided through large wells. Multiple wells for one water supply source are termed "wellfields", which may withdraw water from confined or unconfined aquifers. Using ground water from deep, confined aquifers provides more protection from surface water contamination. Some wells, termed "collector wells," are specifically designed to induce infiltration of surface (usually river) water.

text: Municipal, irrigation, and industrial water supplies are provided through large wells. Multiple wells for one water supply source are termed "wellfields", which may withdraw water from confined or unconfined aquifers. Using ground water from deep, confined aquifers provides more protection from surface water contamination. Some wells, termed "collector wells," are specifically designed to induce infiltration of surface (usually river) water.

answers: NDQ_001768

answers: large wells

answers: NDQ_001769

answers: Municipal

answers: NDQ_001770

answers: surface water contamination

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: unconfined

answers: NDQ_001775

answers: Industrial water supplies are provided through large wells

answers: NDQ_001776

answers: water contamination

answers: NDQ_001777

answers: wellfields

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: unconfined

answers: NDQ_001782

answers: Which of the following is not a form of life: municipal, irrigation, or industrial?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a type of well?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unconfined aquifers

answers: NDQ_001797

answers: Which of the following is not a type of well: municipal, irrigation, or industrial?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: surface water contamination

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: collector wells

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: large wells.

answers: NDQ_001769

answers: irrigation, and industrial

answers: NDQ_001770

answers: surface water contamination.

answers: NDQ_001771

answers: large wells.

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: water supplies are provided through large wells.

answers: NDQ_001774

answers: withdraw water from confined or unconfined aquifers.

answers: NDQ_001775

answers: irrigation,

answers: NDQ_001776

answers: surface water contamination.

answers: NDQ_001777

answers: confined or unconfined aquifers.

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: confined or unconfined aquifers.

answers: NDQ_001782

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001785

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001787

answers: irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001788

answers: withdraw water from confined or unconfined aquifers.

answers: NDQ_001789

answers: large wells.

answers: NDQ_001790

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001791

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001792

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001793

answers: large wells.

answers: NDQ_001794

answers: deep, confined aquifers

answers: NDQ_001795

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001796

answers: large wells.

answers: NDQ_001797

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001798

answers: Using ground water from deep, confined aquifers

answers: NDQ_001799

answers: Using ground water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Municipal, irrigation, and industrial water supplies are provided through large wells.

answers: NDQ_001802

answers: surface water contamination.

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: "collector wells,"

answers: NDQ_001805

answers: irrigation,

text: Public sanitation and equitable access to water in very poor countries are grave problems. Living machines could be a low-capital approach to treating and recycling water, but skilled biologists may be a limited resource as well. A brick-pool living machine was built by Americans in Auroville, Indiana.

text: Public sanitation and equitable access to water in very poor countries are grave problems. Living machines could be a low-capital approach to treating and recycling water, but skilled biologists may be a limited resource as well. A brick-pool living machine was built by Americans in Auroville, Indiana.

answers: NDQ_001768

answers: living machines

answers: NDQ_001769

answers: sanitation

answers: NDQ_001770

answers: living machines to break down

answers: NDQ_001771

answers: Brick pools

answers: NDQ_001772

answers: living machines

answers: NDQ_001773

answers: Which of the following is not an example of a low-capital approach to treating water?

answers: NDQ_001774

answers: is not treated

answers: NDQ_001775

answers: treating and recycling

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: living machines

answers: NDQ_001778

answers: brick-pool living machine

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: Which of the following is true of the brick-pool living machine?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a problem with living machines?

answers: NDQ_001788

answers: Living machines could be a low-capital approach

answers: NDQ_001789

answers: Living machines could be a low-capital approach

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Living machines could be a low-capital approach to treating and recycling water

answers: NDQ_001797

answers: Which of the following is not a benefit of living machines: treating and recycling water, skilled biologists, or public sanitation?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Living machines could be a low-capital approach

answers: NDQ_001800

answers: skilled biologists

answers: NDQ_001801

answers: in very poor countries

answers: NDQ_001802

answers: grave problems

answers: NDQ_001803

answers: brick-pool living machine

answers: NDQ_001804

answers: brick-pool

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Living machines

answers: NDQ_001769

answers: Public sanitation

answers: NDQ_001770

answers: skilled biologists

answers: NDQ_001771

answers: Living machines

answers: NDQ_001772

answers: Living machines

answers: NDQ_001773

answers: skilled biologists

answers: NDQ_001774

answers: recycling water,

answers: NDQ_001775

answers: sanitation

answers: NDQ_001776

answers: Public sanitation

answers: NDQ_001777

answers: very poor countries

answers: NDQ_001778

answers: Public sanitation

answers: NDQ_001781

answers: Living machines

answers: NDQ_001782

answers: Living machines

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: Living machines

answers: NDQ_001788

answers: Living machines

answers: NDQ_001789

answers: recycling water,

answers: NDQ_001790

answers: Public sanitation and equitable access to water in very poor countries are grave problems.

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: equitable access to water in very poor countries are grave problems.

answers: NDQ_001793

answers: Public sanitation and equitable access to water in very poor countries are grave problems.

answers: NDQ_001794

answers: water in very poor countries are grave problems.

answers: NDQ_001795

answers: equitable access to water in very poor countries are grave problems.

answers: NDQ_001796

answers: Living machines

answers: NDQ_001797

answers: Living machines

answers: NDQ_001798

answers: Living machines

answers: NDQ_001799

answers: recycling water,

answers: NDQ_001800

answers: Public sanitation and equitable access to water

answers: NDQ_001801

answers: Public sanitation and equitable access to water in very poor countries

answers: NDQ_001802

answers: very poor countries are grave problems.

answers: NDQ_001803

answers: Living machines

answers: NDQ_001804

answers: brick-pool

answers: NDQ_001805

answers: skilled biologists

text: This apparatus has many variations in design and has been used extensively when a constant water pressure is needed, e.g. supplying water at constant head for measuring water infiltration into soil or supplying the mobile phase in chromatography.

text: This apparatus has many variations in design and has been used extensively when a constant water pressure is needed, e.g. supplying water at constant head for measuring

text: water infiltration

text: into

text: soil

text: or supplying the mobile phase in

text: chromatography

answers: NDQ_001768

answers: a constant water pressure

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: soil to dry out

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: are used in the production of fertilizers and pesticides

answers: NDQ_001774

answers: is not filtered

answers: NDQ_001775

answers: measuring water infiltration

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: supplying water at constant head

answers: NDQ_001781

answers: uses too much energy

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: None of the above choices.

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: glaciers are a source of fresh water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: water infiltration

answers: NDQ_001797

answers: Which of the following is not a reason for people to use less water?

answers: NDQ_001798

answers: no one

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: infiltration

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to collect water

answers: NDQ_001805

answers: water infiltration

answers: NDQ_001768

answers: constant head

answers: NDQ_001769

answers: measuring water infiltration into soil

answers: NDQ_001770

answers: constant water pressure

answers: NDQ_001771

answers: supplying water at constant head for measuring water infiltration into soil

answers: NDQ_001772

answers: chromatography.

answers: NDQ_001773

answers: chromatography.

answers: NDQ_001774

answers: water infiltration into soil

answers: NDQ_001775

answers: measuring water infiltration into soil

answers: NDQ_001776

answers: water infiltration into soil

answers: NDQ_001777

answers: infiltration into soil

answers: NDQ_001778

answers: water infiltration into soil

answers: NDQ_001781

answers: water infiltration into soil

answers: NDQ_001782

answers: constant head

answers: NDQ_001785

answers: chromatography.

answers: NDQ_001787

answers: chromatography.

answers: NDQ_001788

answers: chromatography.

answers: NDQ_001789

answers: constant water pressure

answers: NDQ_001790

answers: constant head

answers: NDQ_001791

answers: constant head

answers: NDQ_001792

answers: chromatography.

answers: NDQ_001793

answers: chromatography.

answers: NDQ_001794

answers: soil

answers: NDQ_001795

answers: constant head

answers: NDQ_001796

answers: constant head

answers: NDQ_001797

answers: This apparatus

answers: NDQ_001798

answers: chromatography.

answers: NDQ_001799

answers: mobile phase in chromatography.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: constant head

answers: NDQ_001802

answers: water infiltration into soil

answers: NDQ_001803

answers: supplying water at constant head for measuring water infiltration into soil

answers: NDQ_001804

answers: constant head for measuring water infiltration into soil

answers: NDQ_001805

answers: measuring water infiltration into soil

text: The centralized drinking water supply infrastructure in the United States consists of dams and reservoirs, well fields, pumping stations, aqueducts for the transport of large quantities of water over long distances, water treatment plants, reservoirs in the distribution system (including water towers), and 1.8 million miles of distribution lines. Depending on the location and quality of the water source, all or some of these elements may be present in a particular water supply system. In addition to this infrastructure for centralized network distribution, 14.5% of Americans rely on their own water sources, usually wells.

text: The centralized drinking water supply infrastructure in the United States consists of

text: dam

text: s and

text: reservoir

text: s,

text: well fields

text: pumping station

text: s,

text: aqueduct

text: s for the transport of large quantities of water over long distances,

text: water treatment plants

text: , reservoirs in the distribution system (including

text: water tower

text: s), and 1.8 million miles of distribution lines. Depending on the location and quality of the water source, all or some of these elements may be present in a particular water supply system. In addition to this infrastructure for centralized network distribution, 14.5% of Americans rely on their own water sources, usually wells.

answers: NDQ_001768

answers: wells

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: water treatment plants

answers: NDQ_001771

answers: aqueducts

answers: NDQ_001772

answers: Americans

answers: NDQ_001773

answers: Which of the following is not a source of drinking water: dams and reservoirs, well fields, pumping stations, aqueducts for the transport of large quantities of water over long distances, water treatment plants, reservoirs in the distribution system (including water towers), or water treatment plants?

answers: NDQ_001774

answers: aqueducts

answers: NDQ_001775

answers: treatment

answers: NDQ_001776

answers: water treatment plants

answers: NDQ_001777

answers: location and quality

answers: NDQ_001778

answers: 14.5% of Americans rely on their own water sources

answers: NDQ_001781

answers: aqueducts

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, animals, or plants?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: 1.8 million miles of distribution lines

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: 14.5% of Americans rely on their own water sources

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: 14.5% of Americans

answers: NDQ_001797

answers: 14.5% of Americans rely on their own water sources, usually wells

answers: NDQ_001798

answers: 14.5% of Americans

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water supply infrastructure

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: Depending on the location and quality of the water source

answers: NDQ_001803

answers: pumping stations

answers: NDQ_001804

answers: well fields

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001771

answers: 14.5% of Americans rely on their own water sources, usually wells.

answers: NDQ_001772

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001773

answers: The centralized drinking water supply infrastructure in the United States

answers: NDQ_001774

answers: water over long distances,

answers: NDQ_001775

answers: water treatment plants,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: the location and quality of the water source,

answers: NDQ_001778

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001781

answers: quality

answers: NDQ_001782

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001785

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001787

answers: water treatment plants,

answers: NDQ_001788

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001789

answers: pumping stations,

answers: NDQ_001790

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001791

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001792

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001793

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001794

answers: 14.5% of Americans rely on their own water sources, usually wells.

answers: NDQ_001795

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001796

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001797

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001798

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001799

answers: transport of large quantities of water over long distances,

answers: NDQ_001800

answers: water over long distances,

answers: NDQ_001801

answers: 14.5% of Americans rely on their own water sources,

answers: NDQ_001802

answers: Depending on the location and quality of the water source,

answers: NDQ_001803

answers: wells.

answers: NDQ_001804

answers: aqueducts

answers: NDQ_001805

answers: transport of large quantities of water over long distances,

text: In 2004, Danish scientist Lars Holm Rasmussen released a study showing the chemical can leach from the plant into the water supply, which may explain an increase in the incidence of gastric and oesophageal cancers in humans in bracken-rich areas. In addition, livestock have been known to eat the young shoots and fronds, which can then cause cancer in the animals, especially when untreated. Ptaquiloside has been identified in the milk of cows and groundwater. Humans can be exposed by direct consumption of the plant, contaminated water or milk, and spore inhalation.

text: In 2004, Danish scientist Lars Holm Rasmussen released a study showing the chemical can leach from the plant into the

text: water supply

text: , which may explain an increase in the incidence of

text: gastric

text: and

text: oesophageal cancer

text: s in humans in bracken-rich areas. In addition, livestock have been known to eat the young shoots and fronds, which can then cause

text: cancer

text: in the animals, especially when untreated. Ptaquiloside has been identified in the milk of cows and groundwater. Humans can be exposed by direct consumption of the plant, contaminated water or milk, and spore inhalation.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: oesophageal cancers

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: What can leach from the plant into the water supply?

answers: NDQ_001774

answers: leaches

answers: NDQ_001775

answers: chemical leaching

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: direct consumption of the plant

answers: NDQ_001781

answers: leaches

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, cows, or groundwater?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What has been identified in the milk of cows and groundwater

answers: NDQ_001788

answers: What may explain an increase in the incidence of gastric and oesophageal cancers in humans

answers: NDQ_001789

answers: What has been identified in the milk of cows?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations:

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates generally have less water for people to use:

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: NDQ_001802

answers: groundwater

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: NDQ_001768

answers: groundwater.

answers: NDQ_001769

answers: water supply,

answers: NDQ_001770

answers: gastric and oesophageal cancers

answers: NDQ_001771

answers: livestock

answers: NDQ_001772

answers: livestock

answers: NDQ_001773

answers: Ptaquiloside

answers: NDQ_001774

answers: chemical can leach from the plant into the water supply,

answers: NDQ_001775

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001776

answers: bracken-rich

answers: NDQ_001777

answers: bracken-rich areas.

answers: NDQ_001778

answers: direct consumption of the plant, contaminated water or milk,

answers: NDQ_001781

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001782

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001785

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001787

answers: Ptaquiloside

answers: NDQ_001788

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001789

answers: groundwater.

answers: NDQ_001790

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001791

answers: groundwater.

answers: NDQ_001792

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001793

answers: groundwater.

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: In 2004,

answers: NDQ_001796

answers: contaminated water or milk, and spore inhalation.

answers: NDQ_001797

answers: bracken-rich areas.

answers: NDQ_001798

answers: the chemical can leach from the plant into the water supply,

answers: NDQ_001799

answers: contaminated water or milk, and spore inhalation.

answers: NDQ_001800

answers: bracken-rich

answers: NDQ_001801

answers: 2004,

answers: NDQ_001802

answers: groundwater.

answers: NDQ_001803

answers: groundwater.

answers: NDQ_001804

answers: groundwater.

answers: NDQ_001805

answers: livestock

text: Because of the poor quality of the city's water supply, a reverse-osmosis filtration plant was installed in the mid-1990s. The loss of minerals in the water resulted in the collapse of many water mains, which had been supported by mineral deposits that formed on the insides of the pipes.

text: Because of the poor quality of the city's water supply, a

text: reverse-osmosis

text: filtration plant was installed in the mid-1990s. The loss of minerals in the water resulted in the collapse of many water mains, which had been supported by mineral deposits that formed on the insides of the pipes.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: collapse of pipes

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used in the production of what?

answers: NDQ_001774

answers: minerals in the water

answers: NDQ_001775

answers: filtration

answers: NDQ_001776

answers: poor water quality

answers: NDQ_001777

answers: quality

answers: NDQ_001778

answers: collapse of many water mains

answers: NDQ_001781

answers: lacks minerals

answers: NDQ_001782

answers: Which of the following is true of the city's water supply?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a possible reason for the collapse of many water mains?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Why did the city install a reverse-osmosis filtration plant?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: poor quality

answers: NDQ_001803

answers: filtration plant

answers: NDQ_001804

answers: water mains

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: reverse-osmosis filtration plant

answers: NDQ_001769

answers: water supply,

answers: NDQ_001770

answers: collapse of many water mains,

answers: NDQ_001771

answers: reverse-osmosis filtration plant

answers: NDQ_001772

answers: reverse-osmosis filtration plant

answers: NDQ_001773

answers: reverse-osmosis filtration plant

answers: NDQ_001774

answers: The loss of minerals

answers: NDQ_001775

answers: water mains,

answers: NDQ_001776

answers: poor quality of the city's water

answers: NDQ_001777

answers: poor quality

answers: NDQ_001778

answers: collapse of many water mains,

answers: NDQ_001781

answers: poor quality

answers: NDQ_001782

answers: Because of the poor quality of the city's water supply,

answers: NDQ_001785

answers: collapse of many water mains,

answers: NDQ_001787

answers: The loss of minerals

answers: NDQ_001788

answers: reverse-osmosis filtration plant

answers: NDQ_001789

answers: reverse-osmosis filtration plant

answers: NDQ_001790

answers: mid-1990s.

answers: NDQ_001791

answers: mid-1990s.

answers: NDQ_001792

answers: Because of the poor quality of the city's water supply,

answers: NDQ_001793

answers: reverse-osmosis filtration plant

answers: NDQ_001794

answers: mineral deposits

answers: NDQ_001795

answers: reverse-osmosis filtration plant

answers: NDQ_001796

answers: The loss of minerals in the water

answers: NDQ_001797

answers: Because of the poor quality of the city's water supply,

answers: NDQ_001798

answers: mid-1990s.

answers: NDQ_001799

answers: reverse-osmosis filtration plant

answers: NDQ_001800

answers: poor quality of the city's water supply,

answers: NDQ_001801

answers: mid-1990s.

answers: NDQ_001802

answers: poor quality

answers: NDQ_001803

answers: reverse-osmosis filtration plant

answers: NDQ_001804

answers: water mains,

answers: NDQ_001805

answers: mid-1990s.

text: The game was invented in 1969 by now retired UC Davis associate athletic director of intramural sports and sport clubs, Gary Colberg.  Noticing how much fun the water polo team was having, Mr. Colberg thought up the idea of using tubes so that people with no experience in water polo could still enjoy the game.

text: The game was invented in 1969 by now retired

text: UC Davis

text: associate athletic director of intramural sports and sport clubs, Gary Colberg.  Noticing how much fun the water polo team was having, Mr. Colberg thought up the idea of using tubes so that people with no experience in water polo could still enjoy the game.

answers: NDQ_001768

answers: water polo

answers: NDQ_001769

answers: UC Davis

answers: NDQ_001770

answers: water polo to be more fun

answers: NDQ_001771

answers: water polo

answers: NDQ_001772

answers: UC Davis

answers: NDQ_001773

answers: What does Gary Colberg do?

answers: NDQ_001774

answers: is not used properly

answers: NDQ_001775

answers: cleaning

answers: NDQ_001776

answers: obesity

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: water polo

answers: NDQ_001781

answers: uses too much energy

answers: NDQ_001782

answers: Why did Colberg think up the idea of using tubes?

answers: NDQ_001785

answers: (iii).

answers: NDQ_001787

answers: What will happen to the water polo team?

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: None of the above choices .

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is true of glaciers?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Why did Colberg think up the idea of using tubes?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: water polo

answers: NDQ_001768

answers: tubes

answers: NDQ_001769

answers: intramural sports

answers: NDQ_001770

answers: tubes so that people with no experience in water polo

answers: NDQ_001771

answers: water polo

answers: NDQ_001772

answers: water polo

answers: NDQ_001773

answers: The game was invented in 1969 by now retired UC Davis

answers: NDQ_001774

answers: tubes

answers: NDQ_001775

answers: tubes

answers: NDQ_001776

answers: sports

answers: NDQ_001777

answers: tubes so that people with no experience in water polo

answers: NDQ_001778

answers: sports

answers: NDQ_001781

answers: tubes

answers: NDQ_001782

answers: tubes

answers: NDQ_001785

answers: tubes so that people with no experience in water polo

answers: NDQ_001787

answers: tubes

answers: NDQ_001788

answers: tubes

answers: NDQ_001789

answers: tubes

answers: NDQ_001790

answers: tubes

answers: NDQ_001791

answers: 1969

answers: NDQ_001792

answers: tubes so that people with no experience in water polo

answers: NDQ_001793

answers: tubes

answers: NDQ_001794

answers: tubes

answers: NDQ_001795

answers: 1969

answers: NDQ_001796

answers: tubes so that people with no experience in water polo

answers: NDQ_001797

answers: tubes

answers: NDQ_001798

answers: 1969

answers: NDQ_001799

answers: tubes

answers: NDQ_001800

answers: The game was invented in 1969

answers: NDQ_001801

answers: 1969 by now retired UC Davis

answers: NDQ_001802

answers: water polo could still enjoy the game.

answers: NDQ_001803

answers: tubes

answers: NDQ_001804

answers: tubes

answers: NDQ_001805

answers: water polo

text: In regions with sufficient rainfall, it is often more economical to design a building to use rain, with supplementary water deliveries in a drought. Rain water makes excellent soft washwater, but needs antibacterial treatment.  If used for drinking, mineral supplements or mineralization is necessary.

text: In regions with sufficient rainfall, it is often more economical to design a building to use rain, with supplementary water deliveries in a drought. Rain water makes excellent soft washwater, but needs antibacterial treatment.  If used for drinking, mineral supplements or mineralization is necessary.

answers: NDQ_001768

answers: supplementary water deliveries

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: bacteria to grow

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: buildings

answers: NDQ_001773

answers: can be used to treat rain water.

answers: NDQ_001774

answers: is not mineralized

answers: NDQ_001775

answers: mineral supplements or mineralization

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: building to use rain

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is true of rain water?

answers: NDQ_001787

answers: Which of the following is not a type of treatment for rain water?

answers: NDQ_001788

answers: Which of the following is not a reason for irrigation systems to waste water?

answers: NDQ_001789

answers: Why is it more economical to design a building to use rain?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of treatment for rain water: antibacterial treatment or mineralization?

answers: NDQ_001797

answers: Why is it more economical to design a building to use rain?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: drought

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: supplementary water

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: drinking

answers: NDQ_001768

answers: rain,

answers: NDQ_001769

answers: drinking,

answers: NDQ_001770

answers: antibacterial

answers: NDQ_001771

answers: Rain water makes excellent soft washwater,

answers: NDQ_001772

answers: rain,

answers: NDQ_001773

answers: antibacterial treatment.

answers: NDQ_001774

answers: drought.

answers: NDQ_001775

answers: washwater,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: sufficient rainfall,

answers: NDQ_001778

answers: design a building

answers: NDQ_001781

answers: drought.

answers: NDQ_001782

answers: rain,

answers: NDQ_001785

answers: rain,

answers: NDQ_001787

answers: antibacterial treatment.

answers: NDQ_001788

answers: supplementary water deliveries in a drought.

answers: NDQ_001789

answers: rain,

answers: NDQ_001790

answers: rainfall,

answers: NDQ_001791

answers: Rain water makes excellent soft washwater, but needs antibacterial treatment.

answers: NDQ_001792

answers: rainfall,

answers: NDQ_001793

answers: In regions with sufficient rainfall,

answers: NDQ_001794

answers: rainfall,

answers: NDQ_001795

answers: supplementary water deliveries in a drought.

answers: NDQ_001796

answers: Rain water makes excellent soft washwater, but needs antibacterial treatment.

answers: NDQ_001797

answers: supplementary water deliveries

answers: NDQ_001798

answers: it is often more economical to design a building to use rain,

answers: NDQ_001799

answers: mineral supplements or mineralization

answers: NDQ_001800

answers: drought.

answers: NDQ_001801

answers: drought.

answers: NDQ_001802

answers: antibacterial

answers: NDQ_001803

answers: supplementary water deliveries

answers: NDQ_001804

answers: rain,

answers: NDQ_001805

answers: rain,

text: However, gaps in wastewater treatment (the amount of wastewater to be treated is greater than the amount that is actually treated) represent the most significant contribution to water pollution and water quality deterioration. In the majority of the developing world, most of the collected wastewater is returned to surface waters directly without treatment, reducing the water's quality. In China, only 38% of China's urban wastewater is treated and although 91% of China's industrial waste water is treated, it still releases extensive toxins into the water supply.

text: However, gaps in wastewater treatment (the amount of wastewater to be treated is greater than the amount that is actually treated) represent the most significant contribution to water pollution and water quality deterioration. In the majority of the developing world, most of the collected wastewater is returned to surface waters directly without treatment, reducing the water's quality. In China, only 38% of China's urban wastewater is treated and although 91% of China's industrial waste water is treated, it still releases extensive toxins into the water supply.

answers: NDQ_001768

answers: most of the collected wastewater

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: water quality deterioration

answers: NDQ_001771

answers: water skiing, water skiing, and water skiing

answers: NDQ_001772

answers: industrial waste water

answers: NDQ_001773

answers: What does China's industrial waste water contain?

answers: NDQ_001774

answers: returns to surface waters

answers: NDQ_001775

answers: toxins

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: gaps in wastewater treatment

answers: NDQ_001778

answers: gaps in wastewater treatment

answers: NDQ_001781

answers: gaps in wastewater treatment

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: In China, only 38% of China's urban wastewater is treated

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: most of the collected wastewater is returned to surface waters directly without treatment

answers: NDQ_001797

answers: What is the most significant contribution to water pollution and water quality deterioration

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: gaps in wastewater treatment

answers: NDQ_001801

answers: NDQ_001802

answers: reducing the water's quality

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: wastewater treatment

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: most of the collected wastewater is returned to surface waters directly without treatment,

answers: NDQ_001769

answers: urban

answers: NDQ_001770

answers: toxins

answers: NDQ_001771

answers: wastewater treatment

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: toxins into the water supply.

answers: NDQ_001774

answers: returned to surface waters directly without treatment,

answers: NDQ_001775

answers: toxins

answers: NDQ_001776

answers: toxins

answers: NDQ_001777

answers: wastewater treatment

answers: NDQ_001778

answers: gaps in wastewater treatment

answers: NDQ_001781

answers: gaps in wastewater treatment

answers: NDQ_001782

answers: gaps in wastewater treatment

answers: NDQ_001785

answers: gaps in wastewater treatment

answers: NDQ_001787

answers: toxins

answers: NDQ_001788

answers: gaps in wastewater treatment

answers: NDQ_001789

answers: wastewater

answers: NDQ_001790

answers: gaps in wastewater treatment

answers: NDQ_001791

answers: gaps in wastewater treatment

answers: NDQ_001792

answers: gaps in wastewater treatment

answers: NDQ_001793

answers: developing world,

answers: NDQ_001794

answers: surface waters

answers: NDQ_001795

answers: gaps in wastewater treatment

answers: NDQ_001796

answers: gaps in wastewater treatment

answers: NDQ_001797

answers: gaps in wastewater treatment

answers: NDQ_001798

answers: gaps in wastewater treatment

answers: NDQ_001799

answers: toxins

answers: NDQ_001800

answers: gaps in wastewater treatment

answers: NDQ_001801

answers: gaps in wastewater treatment

answers: NDQ_001802

answers: reducing the water's quality.

answers: NDQ_001803

answers: wastewater

answers: NDQ_001804

answers: wastewater is returned to surface waters

answers: NDQ_001805

answers: wastewater treatment

text: Because of the high initial investments, many less wealthy nations cannot afford to develop or sustain appropriate infrastructure, and as a consequence people in these areas may spend a correspondingly higher fraction of their income on water. 2003 statistics from El Salvador, for example, indicate that the poorest 20% of households spend more than 10% of their total income on water. In the United Kingdom authorities define spending of more than 3% of one's income on water as a hardship.

text: Because of the high initial investments, many less wealthy nations cannot afford to develop or sustain appropriate infrastructure, and as a consequence people in these areas may spend a correspondingly higher fraction of their income on water. 2003 statistics from El Salvador, for example, indicate that the poorest 20% of households spend more than 10% of their total income on water. In the United Kingdom authorities define spending of more than 3% of one's income on water as a hardship.

answers: NDQ_001768

answers: 10% of their total income on water

answers: NDQ_001769

answers: infrastructure

answers: NDQ_001770

answers: a hardship

answers: NDQ_001771

answers: spending more than 10% of their total income on water

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a type of infrastructure: water, infrastructure, or infrastructure?

answers: NDQ_001774

answers: spends more than 10% of their total income on water

answers: NDQ_001775

answers: high initial investments

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: infrastructure

answers: NDQ_001778

answers: spend a correspondingly higher fraction of their income on water

answers: NDQ_001781

answers: does not have adequate infrastructure

answers: NDQ_001782

answers: Which of the following is not true?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: because of the high initial investments, many less wealthy nations cannot afford to develop or sustain appropriate infrastructure

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: what is the first place mentioned?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: not enough information

answers: NDQ_001797

answers: Which of the following is not a reason for people to spend more on water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: poorest 20% of households spend more than 10% of their total income on water

answers: NDQ_001803

answers: can't be answered

answers: NDQ_001804

answers: infrastructure

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: higher fraction of their income on water.

answers: NDQ_001769

answers: infrastructure,

answers: NDQ_001770

answers: hardship.

answers: NDQ_001771

answers: 10% of their total income on water.

answers: NDQ_001772

answers: the poorest 20% of households

answers: NDQ_001773

answers: water.

answers: NDQ_001774

answers: many less wealthy nations cannot afford to develop or sustain appropriate infrastructure,

answers: NDQ_001775

answers: infrastructure,

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: infrastructure,

answers: NDQ_001778

answers: spend a correspondingly higher fraction of their income on water.

answers: NDQ_001781

answers: many less wealthy nations cannot afford to develop or sustain appropriate infrastructure,

answers: NDQ_001782

answers: 10%

answers: NDQ_001785

answers: water.

answers: NDQ_001787

answers: 10% of their total income on water.

answers: NDQ_001788

answers: many less wealthy nations cannot afford to develop or sustain appropriate infrastructure,

answers: NDQ_001789

answers: 10% of their total income on water.

answers: NDQ_001790

answers: 3%

answers: NDQ_001791

answers: 3%

answers: NDQ_001792

answers: El Salvador,

answers: NDQ_001793

answers: many less wealthy nations cannot afford to develop or sustain appropriate infrastructure,

answers: NDQ_001794

answers: 3%

answers: NDQ_001795

answers: 10%

answers: NDQ_001796

answers: 10% of their total income on water.

answers: NDQ_001797

answers: less wealthy nations cannot afford to develop or sustain appropriate infrastructure,

answers: NDQ_001798

answers: 10%

answers: NDQ_001799

answers: 3%

answers: NDQ_001800

answers: infrastructure,

answers: NDQ_001801

answers: many less wealthy nations cannot afford to develop or sustain appropriate infrastructure,

answers: NDQ_001802

answers: 10%

answers: NDQ_001803

answers: infrastructure,

answers: NDQ_001804

answers: infrastructure,

answers: NDQ_001805

answers: spend a correspondingly higher fraction of their income on water.

text: A water microphone or water transmitter is based on Ohm's law that current in a wire varies inversely with the resistance of the circuit. The sound waves from a human voice cause a diaphragm to vibrate which causes a needle or rod to vibrate up and down in water that has been made conductive by a small amount of acid. As the needle or rod vibrates up and down in the water, the resistance of the water fluctuates which causes alternating current in the circuit. For this to work, the resistance of the water must vary substantially over the short distance the needle or rod vibrates. Acidulated water works well because only a small amount of acid is added. If one millimeter of acidulated water has a resistance of 100 ohms, two millimeters would have 200 ohms which would produce enough alternating current to transmit audio signals in thousands of feet of wire. Mercury will not work because the resistance of one millimeter of mercury is less than a tenth of an ohm and vibration of a needle in mercury would produce negligible alternating current.

text: A water microphone or water transmitter is based on

text: Ohm's law

text: that current in a wire varies inversely with the resistance of the circuit. The sound waves from a human voice cause a diaphragm to vibrate which causes a needle or rod to vibrate up and down in water that has been made conductive by a small amount of acid. As the needle or rod vibrates up and down in the water, the resistance of the water fluctuates which causes alternating current in the circuit. For this to work, the resistance of the water must vary substantially over the short distance the needle or rod vibrates. Acidulated water works well because only a small amount of acid is added. If one millimeter of acidulated water has a resistance of 100 ohms, two millimeters would have 200 ohms which would produce enough alternating current to transmit audio signals in thousands of feet of wire. Mercury will not work because the resistance of one millimeter of mercury is less than a tenth of an ohm and vibration of a needle in mercury would produce negligible alternating current.

answers: NDQ_001768

answers: water microphones

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: alternating current

answers: NDQ_001771

answers: water polo

answers: NDQ_001772

answers: water microphone

answers: NDQ_001773

answers: are used in the production of fertilizers.

answers: NDQ_001774

answers: is not made conductive

answers: NDQ_001775

answers: water transmitters

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: the availability of resources

answers: NDQ_001778

answers: cutting down trees

answers: NDQ_001781

answers: is too acidic

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Acidulated water may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: Acidulated water

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How does a water microphone work?

answers: NDQ_001797

answers: Which of the following is not true?

answers: NDQ_001798

answers: How does the water microphone work?

answers: NDQ_001799

answers: Which of the following is not a type of water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause a water microphone

answers: NDQ_001802

answers: Acidulated water

answers: NDQ_001803

answers: water transmitter

answers: NDQ_001804

answers: can be used as a water transmitter

answers: NDQ_001805

answers: water transmitter

answers: NDQ_001768

answers: Acidulated water

answers: NDQ_001769

answers: water microphone

answers: NDQ_001770

answers: alternating current

answers: NDQ_001771

answers: water microphone or water transmitter

answers: NDQ_001772

answers: water microphone

answers: NDQ_001773

answers: Mercury will not work because the resistance of one millimeter of mercury

answers: NDQ_001774

answers: Mercury

answers: NDQ_001775

answers: water microphone or water transmitter

answers: NDQ_001776

answers: acidulated water

answers: NDQ_001777

answers: Acidulated water

answers: NDQ_001778

answers: voice

answers: NDQ_001781

answers: Mercury will not work because the resistance of one millimeter of mercury

answers: NDQ_001782

answers: Mercury will not work because the resistance of one millimeter of mercury

answers: NDQ_001785

answers: mercury

answers: NDQ_001787

answers: Mercury will not work because the resistance of one millimeter of mercury

answers: NDQ_001788

answers: Mercury will not work because the resistance of one millimeter of mercury

answers: NDQ_001789

answers: Acidulated water

answers: NDQ_001790

answers: Mercury will not work because the resistance of one millimeter of mercury

answers: NDQ_001791

answers: Mercury will not work because the resistance of one millimeter of mercury

answers: NDQ_001792

answers: Acidulated water

answers: NDQ_001793

answers: Acidulated water

answers: NDQ_001794

answers: mercury

answers: NDQ_001795

answers: mercury

answers: NDQ_001796

answers: Acidulated water

answers: NDQ_001797

answers: Mercury

answers: NDQ_001798

answers: mercury

answers: NDQ_001799

answers: Acidulated water

answers: NDQ_001800

answers: mercury

answers: NDQ_001801

answers: Mercury

answers: NDQ_001802

answers: Acidulated

answers: NDQ_001803

answers: Acidulated water

answers: NDQ_001804

answers: Acidulated water

answers: NDQ_001805

answers: water microphone or water transmitter

text: Urban and suburban growth requires a larger and sustainable supply of clean water. While Lake Michigan would appear to be an abundant resource, lower rainfall and population increases are considerations in planning for both the present and future needs served by this freshwater supply.

text: Urban and suburban growth requires a larger and sustainable supply of clean water. While Lake Michigan would appear to be an abundant resource, lower rainfall and population increases are considerations in planning for both the present and future needs served by this freshwater supply.

answers: NDQ_001768

answers: Lake Michigan

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Lake Michigan to run dry

answers: NDQ_001771

answers: Lake Michigan

answers: NDQ_001772

answers: Lake Michigan

answers: NDQ_001773

answers: can be used to increase crop yields.

answers: NDQ_001774

answers: Lake Michigan is not abundant

answers: NDQ_001775

answers: to wash clothes

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: lower rainfall

answers: NDQ_001778

answers: urban and suburban growth

answers: NDQ_001781

answers: Lake Michigan is a scarce resource

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a consideration in planning for the future needs served by this freshwater supply?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: Which of the following is not true?

answers: NDQ_001792

answers: Lake Michigan would appear to be an abundant resource

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Lake Michigan would appear to be an abundant resource

answers: NDQ_001797

answers: Which of the following is true of Lake Michigan?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: is clean water

answers: NDQ_001801

answers: Lake Michigan would appear to be an abundant resource

answers: NDQ_001802

answers: is unknown

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: can be used to supply clean water

answers: NDQ_001805

answers: NDQ_001768

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001769

answers: Urban and suburban growth

answers: NDQ_001770

answers: population increases

answers: NDQ_001771

answers: Lake Michigan

answers: NDQ_001772

answers: Urban and suburban growth

answers: NDQ_001773

answers: growth requires a larger and sustainable supply of clean water.

answers: NDQ_001774

answers: lower rainfall

answers: NDQ_001775

answers: clean water.

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: lower rainfall

answers: NDQ_001778

answers: population increases

answers: NDQ_001781

answers: lower rainfall

answers: NDQ_001782

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001785

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001787

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001788

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001789

answers: clean water.

answers: NDQ_001790

answers: Lake Michigan would appear to be an abundant resource, lower rainfall and population increases

answers: NDQ_001791

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001792

answers: Lake Michigan

answers: NDQ_001793

answers: Lake Michigan

answers: NDQ_001794

answers: lower rainfall

answers: NDQ_001795

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001796

answers: Urban and suburban growth requires a larger and sustainable supply of clean water.

answers: NDQ_001797

answers: lower rainfall and population increases

answers: NDQ_001798

answers: lower rainfall and population increases

answers: NDQ_001799

answers: clean water.

answers: NDQ_001800

answers: sustainable supply of clean water.

answers: NDQ_001801

answers: lower rainfall and population increases

answers: NDQ_001802

answers: clean water.

answers: NDQ_001803

answers: clean water.

answers: NDQ_001804

answers: Lake Michigan

answers: NDQ_001805

answers: Urban and suburban growth

text: The Earth has a limited though renewable supply of fresh water, stored in aquifers, surface waters and the atmosphere. Oceans are a good source of usable water, but the amount of energy needed to convert saline water to potable water is prohibitive with conventional approaches, explaining why only a very small fraction of the world's water supply is derived from desalination. However, modern technologies, such as the Seawater Greenhouse, use solar energy to desalinate seawater for agriculture and drinking uses in an extremely cost-effective manner.

text: The

text: Earth

text: has a limited though renewable

text: supply of fresh water

text: , stored in

text: aquifer

text: s,

text: surface water

text: s and the

text: atmosphere

text: Ocean

text: s are a good source of usable water, but the amount of energy needed to convert

text: saline water

text: to

text: potable water

text: is prohibitive with conventional approaches, explaining why only a very small fraction of the world's water supply is derived from

text: desalination

text: . However, modern technologies, such as the

text: Seawater Greenhouse

text: , use solar energy to desalinate seawater for agriculture and drinking uses in an extremely cost-effective manner.

answers: NDQ_001768

answers: desalination

answers: NDQ_001769

answers: agriculture and drinking

answers: NDQ_001770

answers: Seawater Greenhouse

answers: NDQ_001771

answers: Desalination

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: What does the Seawater Greenhouse use for agriculture?

answers: NDQ_001774

answers: desalination

answers: NDQ_001775

answers: agriculture and drinking uses

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: limited though renewable supply

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: desalinate seawater

answers: NDQ_001782

answers: Which of the following is not a source of fresh water: aquifers, surface waters or the atmosphere?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why is it prohibitive with conventional approaches?

answers: NDQ_001789

answers: Seawater Greenhouse

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a good source of usable water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: desalination

answers: NDQ_001797

answers: Why is desalination prohibitive with conventional approaches?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: The Earth has a limited though renewable supply of fresh water

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: very small fraction of the world's water supply is derived from desalination

answers: NDQ_001803

answers: Seawater Greenhouse

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: desalination.

answers: NDQ_001769

answers: agriculture and drinking uses

answers: NDQ_001770

answers: Seawater Greenhouse,

answers: NDQ_001771

answers: Seawater Greenhouse,

answers: NDQ_001772

answers: desalination.

answers: NDQ_001773

answers: Seawater Greenhouse, use solar energy to desalinate seawater

answers: NDQ_001774

answers: Oceans

answers: NDQ_001775

answers: agriculture and drinking uses

answers: NDQ_001776

answers: fresh water,

answers: NDQ_001777

answers: renewable supply of fresh water,

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: energy needed to convert saline water to potable water

answers: NDQ_001782

answers: The Earth has a limited though renewable supply of fresh water,

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: Seawater Greenhouse,

answers: NDQ_001788

answers: Seawater Greenhouse,

answers: NDQ_001789

answers: solar energy

answers: NDQ_001790

answers: The Earth has a limited though renewable supply of fresh water,

answers: NDQ_001791

answers: The Earth has a limited though renewable supply of fresh water,

answers: NDQ_001792

answers: The Earth has a limited though renewable supply of fresh water,

answers: NDQ_001793

answers: Oceans

answers: NDQ_001794

answers: aquifers,

answers: NDQ_001795

answers: desalination.

answers: NDQ_001796

answers: Seawater Greenhouse,

answers: NDQ_001797

answers: Oceans

answers: NDQ_001798

answers: modern technologies, such as the Seawater Greenhouse,

answers: NDQ_001799

answers: Seawater Greenhouse,

answers: NDQ_001800

answers: fresh water,

answers: NDQ_001801

answers: The Earth has a limited though renewable supply of fresh water,

answers: NDQ_001802

answers: The Earth has a limited though renewable supply of fresh water,

answers: NDQ_001803

answers: Seawater Greenhouse,

answers: NDQ_001804

answers: aquifers,

answers: NDQ_001805

answers: agriculture and drinking

text: The canal was increasingly affected by water supply problems. The main source of water was the River Tone, although this was not fed into the canal at Firepool, in order to ensure that the mills on the upper section could function. Instead water was pumped out of the river at Creech, by the Charlton Pumping Station, where the river and canal were only  apart. Large volumes of water were discharged from the canal every fortnight, when the Bridgwater Dock was scoured, in order to free it from silt, while the Railway Company was extracting water to supply the station and steam locomotive sheds at Taunton. During the summer months there was often not enough water to go round.

text: The canal was increasingly affected by water supply problems. The main source of water was the River Tone, although this was not fed into the canal at Firepool, in order to ensure that the mills on the upper section could function. Instead water was pumped out of the river at

text: Creech

text: , by the Charlton Pumping Station, where the river and canal were only  apart. Large volumes of water were discharged from the canal every fortnight, when the Bridgwater Dock was scoured, in order to free it from silt, while the Railway Company was extracting water to supply the station and

text: steam locomotive

text: sheds at Taunton. During the summer months there was often not enough water to go round.

answers: NDQ_001768

answers: less than developed nations

answers: NDQ_001769

answers: What was the main source of water?

answers: NDQ_001770

answers: silt

answers: NDQ_001771

answers: Go round the canal

answers: NDQ_001772

answers: railways

answers: NDQ_001773

answers: Which of the following is not a source of water: River Tone, Bridgwater Dock or River Tone?

answers: NDQ_001774

answers: discharged from the canal

answers: NDQ_001775

answers: What was the main source of water?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: River Tone

answers: NDQ_001778

answers: discharged from the canal every fortnight

answers: NDQ_001781

answers: was not fed into the canal

answers: NDQ_001782

answers: Which of the following is true of the main source of water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What is the main source of water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What was not fed into the canal at Firepool?

answers: NDQ_001797

answers: Which of the following is not a type of climate?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water supply problems

answers: NDQ_001801

answers: summer months

answers: NDQ_001802

answers: The canal was increasingly affected by water supply problems

answers: NDQ_001803

answers: scoured

answers: NDQ_001804

answers: Charlton Pumping Station

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: River Tone,

answers: NDQ_001769

answers: supply the station and steam locomotive sheds at Taunton.

answers: NDQ_001770

answers: silt,

answers: NDQ_001771

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001772

answers: Railway Company

answers: NDQ_001773

answers: water supply problems. The main source of water was the River Tone,

answers: NDQ_001774

answers: silt,

answers: NDQ_001775

answers: supply the station and steam locomotive sheds at Taunton.

answers: NDQ_001776

answers: water supply problems.

answers: NDQ_001777

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001778

answers: Large volumes of water were discharged from the canal every fortnight,

answers: NDQ_001781

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001782

answers: water supply problems. The main source of water was the River Tone,

answers: NDQ_001785

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001787

answers: pumped out of the river at Creech,

answers: NDQ_001788

answers: Large volumes of water were discharged from the canal every fortnight,

answers: NDQ_001789

answers: mills

answers: NDQ_001790

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001791

answers: water supply problems. The main source of water was the River Tone,

answers: NDQ_001792

answers: River Tone,

answers: NDQ_001793

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001794

answers: River Tone,

answers: NDQ_001795

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001796

answers: water supply problems. The main source of water was the River Tone,

answers: NDQ_001797

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001798

answers: During the summer months there was often not enough water to go round.

answers: NDQ_001799

answers: silt,

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: During the summer months

answers: NDQ_001802

answers: increasingly affected by water supply problems.

answers: NDQ_001803

answers: pumped

answers: NDQ_001804

answers: Charlton Pumping Station,

answers: NDQ_001805

answers: River Tone,

text: Agriculture is one of the oldest economic activities since it is the backbone of the food supply and without it the world’s population would experience food insecurity. Changes in agricultural supply result from the combination of changes in yields and changes in crop acreage. Changes in crop yields are the result of climate changes and any human mitigating responses such as increasing fertilizer or water use or adoption of new crop varieties, while changes in acreage are affected by producers’ expectations concerning changes in relative crop prices and per acre returns.

text: Agriculture

text: is one of the oldest economic activities since it is the backbone of the food supply and without it the world’s population would experience food insecurity. Changes in

text: agricultural supply

text: result from the combination of changes in yields and changes in crop acreage. Changes in crop yields are the result of climate changes and any human mitigating responses such as increasing fertilizer or water use or adoption of new crop varieties, while changes in acreage are affected by producers’ expectations concerning changes in relative crop prices and per acre returns.

answers: NDQ_001768

answers: fertilizer

answers: NDQ_001769

answers: agricultural purposes

answers: NDQ_001770

answers: changes in crop yields

answers: NDQ_001771

answers: fishing and swimming

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not used to increase crop yields: fertilizer, water, or adoption of new crop varieties?

answers: NDQ_001774

answers: increases fertilizer

answers: NDQ_001775

answers: fertilizer

answers: NDQ_001776

answers: food insecurity

answers: NDQ_001777

answers: crop yields

answers: NDQ_001778

answers: increasing fertilizer

answers: NDQ_001781

answers: changes in crop yields

answers: NDQ_001782

answers: Which of the following is not a human mitigating response to climate changes?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a mitigating response to climate changes?

answers: NDQ_001788

answers: Which of the following is not a mitigating response to climate changes?

answers: NDQ_001789

answers: Which of the following is not a mitigating response to climate changes?

answers: NDQ_001790

answers: Which of the following is not a factor in crop yields: climate changes, crop yields, or crop acreage?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of fresh water?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the backbone of the food supply?

answers: NDQ_001797

answers: Which of the following is not a mitigating response to climate changes?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a source of moving water: rivers, lakes, or streams?

answers: NDQ_001800

answers: without it the world’s population would experience food insecurity

answers: NDQ_001801

answers: climate changes are the result of climate changes

answers: NDQ_001802

answers: changes in crop yields are the result of climate changes

answers: NDQ_001803

answers: fertilizer

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: increasing fertilizer

answers: NDQ_001769

answers: Agriculture

answers: NDQ_001770

answers: Changes in crop yields

answers: NDQ_001771

answers: increasing fertilizer

answers: NDQ_001772

answers: Agriculture

answers: NDQ_001773

answers: fertilizer

answers: NDQ_001774

answers: increasing fertilizer

answers: NDQ_001775

answers: increasing fertilizer

answers: NDQ_001776

answers: Agriculture

answers: NDQ_001777

answers: climate changes

answers: NDQ_001778

answers: increasing fertilizer or water use or adoption of new crop varieties,

answers: NDQ_001781

answers: increasing fertilizer or water use

answers: NDQ_001782

answers: water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: increasing fertilizer

answers: NDQ_001788

answers: water use

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: Agriculture

answers: NDQ_001791

answers: Agriculture

answers: NDQ_001792

answers: Agriculture

answers: NDQ_001793

answers: Agriculture

answers: NDQ_001794

answers: water

answers: NDQ_001795

answers: Agriculture

answers: NDQ_001796

answers: water use or adoption of new crop varieties,

answers: NDQ_001797

answers: increasing fertilizer or water use

answers: NDQ_001798

answers: increasing fertilizer or water use or adoption of new crop varieties,

answers: NDQ_001799

answers: Agriculture

answers: NDQ_001800

answers: food insecurity.

answers: NDQ_001801

answers: climate changes

answers: NDQ_001802

answers: water

answers: NDQ_001803

answers: fertilizer

answers: NDQ_001804

answers: water use or adoption of new crop varieties,

answers: NDQ_001805

answers: Agriculture

text: Continuity of supply. Of the twenty Urban Water Supply and Sanitation Authorities (UWSSAs) that operate in Tanzania, three are able to provide continuous water supply (Arusha, Songea and Tanga). In eleven other cities water is supplied for at least 19 hours. In Babati and Mtwara there is water supply for 12 hours per day. The lowest figures (5 hours per day) come from the cities of Kigoma, Lindi and Singida. In Dar es Salaam water is supplied on average for 9 hours per day.

text: Continuity of supply. Of the twenty Urban Water Supply and Sanitation Authorities (UWSSAs) that operate in Tanzania, three are able to provide continuous water supply (

text: Arusha

text: Songea

text: and

text: Tanga

text: ). In eleven other cities water is supplied for at least 19 hours. In

text: Babati

text: and

text: Mtwara

text: there is water supply for 12 hours per day. The lowest figures (5 hours per day) come from the cities of

text: Kigoma

text: Lindi

text: and

text: Singida

text: . In Dar es Salaam water is supplied on average for 9 hours per day.

answers: NDQ_001768

answers: 5 hours per day

answers: NDQ_001769

answers: Urban Water Supply and Sanitation Authorities

answers: NDQ_001770

answers: sanitation problems

answers: NDQ_001771

answers: In Dar es Salaam water is supplied on average for how many hours per day?

answers: NDQ_001772

answers: urban dwellers

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: 5 hours per day

answers: NDQ_001775

answers: How many hours is water supplied for in Dar es Salaam?

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: urban water supply

answers: NDQ_001778

answers: Continuity of supply

answers: NDQ_001781

answers: does not have a continuous supply

answers: NDQ_001782

answers: Which of the following is not able to provide continuous water supply?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: In Dar es Salaam water is supplied on average for 9 hours

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many cities are able to provide continuous water supply?

answers: NDQ_001792

answers: How many cities are able to provide continuous water supply?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many cities are able to provide continuous water supply?

answers: NDQ_001797

answers: How many cities are able to provide continuous water supply?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: lowest figures (5 hours per day)

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Continuity of supply.

answers: NDQ_001769

answers: Urban Water Supply and Sanitation Authorities

answers: NDQ_001770

answers: Sanitation

answers: NDQ_001771

answers: 19 hours.

answers: NDQ_001772

answers: Urban Water Supply and Sanitation Authorities

answers: NDQ_001773

answers: Continuity of supply.

answers: NDQ_001774

answers: continuous water supply

answers: NDQ_001775

answers: 19 hours.

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: Continuity of supply.

answers: NDQ_001778

answers: Continuity of supply.

answers: NDQ_001781

answers: Continuity of supply.

answers: NDQ_001782

answers: 19 hours.

answers: NDQ_001785

answers: 19 hours.

answers: NDQ_001787

answers: 19 hours.

answers: NDQ_001788

answers: three are able to provide continuous water supply

answers: NDQ_001789

answers: 19 hours.

answers: NDQ_001790

answers: 19 hours.

answers: NDQ_001791

answers: 19 hours.

answers: NDQ_001792

answers: Tanzania,

answers: NDQ_001793

answers: 19 hours.

answers: NDQ_001794

answers: 19 hours.

answers: NDQ_001795

answers: three are able to provide continuous water supply

answers: NDQ_001796

answers: eleven other cities water is supplied for at least 19 hours.

answers: NDQ_001797

answers: Kigoma, Lindi and Singida.

answers: NDQ_001798

answers: 19 hours.

answers: NDQ_001799

answers: Continuity of supply.

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: Kigoma, Lindi and Singida.

answers: NDQ_001802

answers: The lowest figures (5 hours per day)

answers: NDQ_001803

answers: continuous water supply

answers: NDQ_001804

answers: Urban Water Supply and Sanitation Authorities

answers: NDQ_001805

answers: 19 hours.

text: Groundwater is a key water supplier for several users in the arid region or in some cities where groundwater is most of the time the sole water resource available. About 71% of the groundwater is used for agriculture, 20% for water urban supply and 3% for domestic and animal use.

text: Groundwater is a key water supplier for several users in the arid region or in some cities where groundwater is most of the time the sole water resource available. About 71% of the groundwater is used for agriculture, 20% for water urban supply and 3% for domestic and animal use.

answers: NDQ_001768

answers: domestic and animal use

answers: NDQ_001769

answers: urban supply

answers: NDQ_001770

answers: groundwater contamination

answers: NDQ_001771

answers: domestic and animal use

answers: NDQ_001772

answers: urban supply

answers: NDQ_001773

answers: Which of the following is not a use of groundwater: agriculture, domestic and animal use or groundwater?

answers: NDQ_001774

answers: 20% for water urban supply

answers: NDQ_001775

answers: domestic and animal use

answers: NDQ_001776

answers: groundwater

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: groundwater is used for agriculture

answers: NDQ_001782

answers: Which of the following is not a form of life: domestic and animal use or agriculture?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: 3% of the groundwater is used for domestic and animal use

answers: NDQ_001788

answers: about 71% of the groundwater is used for agriculture

answers: NDQ_001789

answers: Which of the following is not a source of water: agriculture, domestic and animal use or groundwater?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: 3% for domestic and animal use

answers: NDQ_001797

answers: How many percent of the groundwater is used for domestic and animal use?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: groundwater

answers: NDQ_001801

answers: arid region

answers: NDQ_001802

answers: 3% for domestic and animal use

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: Groundwater

answers: NDQ_001769

answers: urban supply

answers: NDQ_001770

answers: Groundwater

answers: NDQ_001771

answers: agriculture, 20% for water urban supply and 3% for domestic and animal use.

answers: NDQ_001772

answers: domestic and animal use.

answers: NDQ_001773

answers: 71% of the groundwater

answers: NDQ_001774

answers: 3% for domestic and animal use.

answers: NDQ_001775

answers: agriculture,

answers: NDQ_001776

answers: Groundwater

answers: NDQ_001777

answers: Groundwater

answers: NDQ_001778

answers: domestic and animal use.

answers: NDQ_001781

answers: Groundwater

answers: NDQ_001782

answers: Groundwater

answers: NDQ_001785

answers: Groundwater

answers: NDQ_001787

answers: 3% for domestic and animal use.

answers: NDQ_001788

answers: 71% of the groundwater

answers: NDQ_001789

answers: Groundwater

answers: NDQ_001790

answers: Groundwater

answers: NDQ_001791

answers: agriculture,

answers: NDQ_001792

answers: Groundwater

answers: NDQ_001793

answers: Groundwater

answers: NDQ_001794

answers: Groundwater

answers: NDQ_001795

answers: Groundwater

answers: NDQ_001796

answers: Groundwater

answers: NDQ_001797

answers: Groundwater

answers: NDQ_001798

answers: Groundwater

answers: NDQ_001799

answers: Groundwater

answers: NDQ_001800

answers: Groundwater

answers: NDQ_001801

answers: Groundwater

answers: NDQ_001802

answers: 3%

answers: NDQ_001803

answers: Groundwater

answers: NDQ_001804

answers: Groundwater

answers: NDQ_001805

answers: agriculture,

text: In early March news stories began to appear online in China regarding the incident.  On March 9 it was reported that the pig carcasses had not influenced the water supply for human use.  Official sources held that the quality of Shanghai's drinking water remained unchanged.  On March 11 reports emerged that the pigs were infected with disease, but none communicable to humans.

text: In early March news stories began to appear online in China regarding the incident.  On March 9 it was reported that the pig carcasses had not influenced the water supply for human use.  Official sources held that the quality of Shanghai's drinking water remained unchanged.  On March 11 reports emerged that the pigs were infected with disease, but none communicable to humans.

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: human consumption

answers: NDQ_001770

answers: pig carcasses to be contaminated

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a source of contamination: pig carcasses or drinking water?

answers: NDQ_001774

answers: pig carcasses

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: pig carcasses

answers: NDQ_001777

answers: quality of the water

answers: NDQ_001778

answers: pig carcasses

answers: NDQ_001781

answers: pig carcasses

answers: NDQ_001782

answers: Which happened first, news stories began to appear online in China regarding the incident or news stories began to appear online?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a possible reason the quality of Shanghai's drinking water remained unchanged?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a source of electricity: drinking water or pig carcasses?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers, lakes, or rivers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Which of the following is not a reason for the pig carcasses to not affect the water supply for human use?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: pigs

answers: NDQ_001801

answers: March 9

answers: NDQ_001802

answers: Official sources held that the quality

answers: NDQ_001803

answers: pig carcasses

answers: NDQ_001804

answers: Shanghai's drinking water

answers: NDQ_001805

answers: human

answers: NDQ_001768

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001769

answers: human use.

answers: NDQ_001770

answers: pigs were infected with disease,

answers: NDQ_001771

answers: pig carcasses

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001774

answers: pig carcasses

answers: NDQ_001775

answers: human use.

answers: NDQ_001776

answers: pig

answers: NDQ_001777

answers: pig carcasses

answers: NDQ_001778

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001781

answers: pig carcasses

answers: NDQ_001782

answers: human use.

answers: NDQ_001785

answers: none communicable to humans.

answers: NDQ_001787

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001788

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001789

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001790

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001791

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001792

answers: the pig carcasses had not influenced the water supply for human use.

answers: NDQ_001793

answers: Official sources held that the quality of Shanghai's drinking water remained unchanged.

answers: NDQ_001794

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001795

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001796

answers: none communicable to humans.

answers: NDQ_001797

answers: the pig carcasses had not influenced the water supply for human use.

answers: NDQ_001798

answers: pig carcasses had not influenced the water supply for human use.

answers: NDQ_001799

answers: none communicable to humans.

answers: NDQ_001800

answers: pig carcasses had not influenced the water

answers: NDQ_001801

answers: March

answers: NDQ_001802

answers: the quality of Shanghai's drinking water remained unchanged.

answers: NDQ_001803

answers: pig carcasses

answers: NDQ_001804

answers: Shanghai's drinking water

answers: NDQ_001805

answers: human use.

text: Only about 15 km³ annually, or about 1% of total water resources, is being withdrawn for human use. Out of the total withdrawals, 86% is for agriculture, 12% for domestic water supply and 2% for industry. It is predicted that Bangladesh's population will increase from 129 million people in 2000 to 181 million by 2025 and 224 million by 2050, accompanied by an increased demand for water.

text: Only about 15 km³ annually, or about 1% of total water resources, is being withdrawn for human use. Out of the total withdrawals, 86% is for agriculture, 12% for domestic water supply and 2% for industry. It is predicted that Bangladesh's population will increase from 129 million people in 2000 to 181 million by 2025 and 224 million by 2050, accompanied by an increased demand for water.

answers: NDQ_001768

answers: agriculture

answers: NDQ_001769

answers: domestic water supply

answers: NDQ_001770

answers: increased demand for water

answers: NDQ_001771

answers: aquaculture

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a source of water: agriculture, domestic water supply or industry?

answers: NDQ_001774

answers: is for agriculture

answers: NDQ_001775

answers: 2%

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: demand

answers: NDQ_001778

answers: increased demand for water

answers: NDQ_001781

answers: 86% is for agriculture

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, domestic water supply or industry?

answers: NDQ_001785

answers: 1

answers: NDQ_001787

answers: How many percent of total water resources are being withdrawn for agriculture?

answers: NDQ_001788

answers: 86% is for agriculture

answers: NDQ_001789

answers: 2% of total water resources, is being withdrawn for industry

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: about 1% of total water resources

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: 224 million

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or tropical climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water resources

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: 2% for industry

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: 15 km3

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: agriculture,

answers: NDQ_001769

answers: agriculture, 12% for domestic water supply

answers: NDQ_001770

answers: increased demand for water.

answers: NDQ_001771

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001772

answers: agriculture,

answers: NDQ_001773

answers: 86%

answers: NDQ_001774

answers: 1%

answers: NDQ_001775

answers: 2%

answers: NDQ_001776

answers: water.

answers: NDQ_001777

answers: increased demand

answers: NDQ_001778

answers: agriculture,

answers: NDQ_001781

answers: 86% is for agriculture,

answers: NDQ_001782

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001785

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001787

answers: 224 million by 2050,

answers: NDQ_001788

answers: 86% is for agriculture,

answers: NDQ_001789

answers: industry.

answers: NDQ_001790

answers: 1%

answers: NDQ_001791

answers: 1%

answers: NDQ_001792

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001793

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001794

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001795

answers: 1%

answers: NDQ_001796

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001797

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001798

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001799

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001800

answers: 1% of total water resources, is being withdrawn for human use.

answers: NDQ_001801

answers: Bangladesh's

answers: NDQ_001802

answers: 1%

answers: NDQ_001803

answers: agriculture,

answers: NDQ_001804

answers: 15 km3

answers: NDQ_001805

answers: agriculture,

text: Waste- Waste (law)- Waste management- Waste vegetable oil- Wastewater- Water conservation- Water contamination- Water dispute- Water Fluoridation controversy- Water pollution- Water privatization- Water purification- Water quality- Water resources- Waterborne disease- Waterway restoration- Water-wise gardening- Wave power- Websites- Weed control- Weedy species- Wetlands- Wetlands conservation- Wetlands International- Whaling- WILD Foundation- Wilderness- Wilderness area- Wildlife corridor- Wildlife garden- Wildlife refuge- Wildlife trade- Wind energy- Wind farm- Wind power- Wind turbine- Wise use- World Climate Change Conference- World Climate Conference- World Climate Programme- World Climate Report- World Day for Water- World population- World solar challenge- World Summit on Sustainable Development- World3- World's Most Livable Cities

text: Waste

text: Waste (law)

text: Waste management

text: Waste vegetable oil

text: Wastewater

text: Water conservation

text: Water contamination

text: Water dispute

text: Water Fluoridation controversy

text: Water pollution

text: Water privatization

text: Water purification

text: Water quality

text: Water resources

text: Waterborne disease

text: Waterway restoration

text: Water-wise gardening

text: Wave power

text: Websites

text: Weed control

text: Weedy species

text: Wetlands

text: Wetlands conservation

text: Wetlands International

text: Whaling

text: WILD Foundation

text: Wilderness

text: Wilderness area

text: Wildlife corridor

text: Wildlife garden

text: Wildlife refuge

text: Wildlife trade

text: Wind energy

text: Wind farm

text: Wind power

text: Wind turbine

text: Wise use

text: World Climate Change Conference

text: World Climate Conference

text: World Climate Programme

text: World Climate Report

text: World Day for Water

text: World population

text: World solar challenge

text: World Summit on Sustainable Development

text: World's Most Livable Cities

answers: NDQ_001768

answers: Water-wise gardening

answers: NDQ_001769

answers: Municipal use of water is water that is used for

answers: NDQ_001770

answers: Water pollution

answers: NDQ_001771

answers: Wave power

answers: NDQ_001772

answers: Waste vegetable oil

answers: NDQ_001773

answers: Chemicals used in agriculture

answers: NDQ_001774

answers: Waste vegetable oil

answers: NDQ_001775

answers: Water is used for:

answers: NDQ_001776

answers: Waterborne disease

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: Water-wise gardening

answers: NDQ_001781

answers: Waste vegetable oil

answers: NDQ_001782

answers: What do all forms of life need to survive?

answers: NDQ_001785

answers: World Day for Water

answers: NDQ_001787

answers: Water conservation- Water pollution- Water privatization- Water purification- Water quality- Water resources- Waterborne disease- Waterway restoration- Water-wise gardening- Wave power- Websites

answers: NDQ_001788

answers: Water conservation

answers: NDQ_001789

answers: Water can be used to generate electricity.

answers: NDQ_001790

answers: Water resources

answers: NDQ_001791

answers: Earths surface is covered with water.

answers: NDQ_001792

answers: Glaciers are a source of fresh water in some locations

answers: NDQ_001793

answers: World Day for Water

answers: NDQ_001794

answers: World Day for Water

answers: NDQ_001795

answers: World Day for Water

answers: NDQ_001796

answers: Waterborne disease

answers: NDQ_001797

answers: World Day for Water

answers: NDQ_001798

answers: Water conservation

answers: NDQ_001799

answers: Water is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: climate change

answers: NDQ_001802

answers: water is polluted

answers: NDQ_001803

answers: Water-wise gardening

answers: NDQ_001804

answers: Waste water

answers: NDQ_001805

answers: Water pollution

answers: NDQ_001768

answers: Wind energy-

answers: NDQ_001769

answers: Waste management-

answers: NDQ_001770

answers: Waterborne disease-

answers: NDQ_001771

answers: Water-wise gardening- Wave power-

answers: NDQ_001772

answers: Whaling-

answers: NDQ_001773

answers: Waste vegetable oil-

answers: NDQ_001774

answers: Wastewater-

answers: NDQ_001775

answers: Waste vegetable oil-

answers: NDQ_001776

answers: Waterborne disease-

answers: NDQ_001777

answers: Water resources-

answers: NDQ_001778

answers: Water pollution-

answers: NDQ_001781

answers: Waste vegetable oil-

answers: NDQ_001782

answers: World Day for Water-

answers: NDQ_001785

answers: World Day for Water-

answers: NDQ_001787

answers: Waste- Waste (law)- Waste management- Waste vegetable oil-

answers: NDQ_001788

answers: Wastewater- Water conservation-

answers: NDQ_001789

answers: Wind energy-

answers: NDQ_001790

answers: Waterborne disease-

answers: NDQ_001791

answers: World Day for Water-

answers: NDQ_001792

answers: Water conservation-

answers: NDQ_001793

answers: World's Most Livable Cities

answers: NDQ_001794

answers: Water conservation-

answers: NDQ_001795

answers: Water conservation-

answers: NDQ_001796

answers: Waterborne disease-

answers: NDQ_001797

answers: Water conservation-

answers: NDQ_001798

answers: Water conservation-

answers: NDQ_001799

answers: Waterway restoration-

answers: NDQ_001800

answers: Waterborne disease-

answers: NDQ_001801

answers: World Day for Water-

answers: NDQ_001802

answers: Water pollution-

answers: NDQ_001803

answers: Water-wise gardening-

answers: NDQ_001804

answers: Wastewater-

answers: NDQ_001805

answers: World's Most Livable Cities

text: Water supply and sanitation in Venezuela has been extended to an increasing number of people during the 2000s,although many poor remain without access to piped water. Service quality for those with access is mixed, with water often being supplied only on an intermittent basis and most wastewater not being treated. Non-revenue water is estimated to be high at 62%, compared to the regional average of 40%. Tap water is relatively inexpensive, because of a national tarifffreeze imposed in 2003 and a policy not to recover capital costs.Investments are financed primarily by the national government, withlittle reliance on external financing. The sector remains centralizeddespite a decentralization process initiated in the 1990s that has nowbeen stalled. Within the executive, sector policies are determined bythe Ministry of Environment. The national water company HIDROVEN servesabout 80% of the population. The remainder is being served by five statewater companies, the Corporación Venezolana de Guayana (CVG), a fewmunicipalities and community-based organizations. Since the early 2000sthe government encouraged the creation of about 7,500 Mesas Tecnicas del Agua, which have both a technical function and a political mobilization function. Major investment projects include the restoration of the polluted Valencia Lake and of the Guaire river basin in Caracas (2005–2013).

text: Water supply

text: and

text: sanitation

text: in Venezuela has been extended to an increasing number of people during the 2000s,although many poor remain without access to piped water. Service quality for those with access is mixed, with water often being supplied only on an intermittent basis and most wastewater not being treated.

text: Non-revenue water

text: is estimated to be high at 62%, compared to the regional average of 40%. Tap water is relatively inexpensive, because of a national tarifffreeze imposed in 2003 and a policy not to recover capital costs.Investments are financed primarily by the national government, withlittle reliance on external financing. The sector remains centralizeddespite a decentralization process initiated in the 1990s that has nowbeen stalled. Within the executive, sector policies are determined bythe Ministry of Environment. The national water company HIDROVEN servesabout 80% of the population. The remainder is being served by five statewater companies, the Corporación Venezolana de Guayana (CVG), a fewmunicipalities and community-based organizations. Since the early 2000sthe government encouraged the creation of about 7,500 Mesas Tecnicas del Agua, which have both a technical function and a political mobilization function. Major investment projects include the restoration of the polluted

text: Valencia Lake

text: and of the Guaire river basin in Caracas (2005–2013).

answers: NDQ_001768

answers: Non-revenue water

answers: NDQ_001769

answers: Municipal use of water refers to water that is used for what?

answers: NDQ_001770

answers: Non-revenue water

answers: NDQ_001771

answers: How many percent of the population does not have access to tap water?

answers: NDQ_001772

answers: the national government

answers: NDQ_001773

answers: Which of the following is not a product of the national water company: HIDROVEN, Corporación Venezolana de Guayana, or CVG?

answers: NDQ_001774

answers: most wastewater not being treated

answers: NDQ_001775

answers: What is the national water company HIDROVEN serving?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: many poor remain without access to piped water

answers: NDQ_001778

answers: non-revenue water

answers: NDQ_001781

answers: not being treated

answers: NDQ_001782

answers: Which of the following is not a form of life: tap water or wastewater?

answers: NDQ_001785

answers: How many more days can we live without water than without food?

answers: NDQ_001787

answers: What is the national water company HIDROVEN?

answers: NDQ_001788

answers: Non-revenue water is estimated to be high at what percentage?

answers: NDQ_001789

answers: What is the national water company HIDROVEN?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Valencia Lake or Guaire river basin?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is most of the fresh water on Earth?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: How many percent of the population does the national water company HIDROVEN serve?

answers: NDQ_001797

answers: How many percent of the population does the national water company HIDROVEN serve?

answers: NDQ_001798

answers: How many percent of the population does HIDROVEN serve?

answers: NDQ_001799

answers: Why is tap water relatively inexpensive?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: 2005–2013

answers: NDQ_001802

answers: Non-revenue water is estimated to be high at 62%

answers: NDQ_001803

answers: tap water is relatively inexpensive

answers: NDQ_001804

answers: Guaire river basin

answers: NDQ_001805

answers: non-revenue water

answers: NDQ_001768

answers: Tap water

answers: NDQ_001769

answers: fewmunicipalities

answers: NDQ_001770

answers: most wastewater not being treated.

answers: NDQ_001771

answers: Non-revenue water is estimated to be high at 62%,

answers: NDQ_001772

answers: Non-revenue water is estimated to be high at 62%,

answers: NDQ_001773

answers: Water supply and sanitation in Venezuela

answers: NDQ_001774

answers: wastewater not being treated.

answers: NDQ_001775

answers: most wastewater not being treated.

answers: NDQ_001776

answers: Water supply and sanitation

answers: NDQ_001777

answers: many poor remain without access to piped water.

answers: NDQ_001778

answers: most wastewater not being treated.

answers: NDQ_001781

answers: not being treated.

answers: NDQ_001782

answers: many poor remain without access to piped water.

answers: NDQ_001785

answers: many poor remain without access to piped water.

answers: NDQ_001787

answers: most wastewater not being treated.

answers: NDQ_001788

answers: most wastewater not being treated.

answers: NDQ_001789

answers: Tap water

answers: NDQ_001790

answers: 80%

answers: NDQ_001791

answers: 80%

answers: NDQ_001792

answers: Valencia Lake and of the Guaire river basin in Caracas

answers: NDQ_001793

answers: many poor remain without access to piped water.

answers: NDQ_001794

answers: many poor remain without access to piped water.

answers: NDQ_001795

answers: many poor remain without access to piped water.

answers: NDQ_001796

answers: many poor remain without access to piped water.

answers: NDQ_001797

answers: many poor remain without access to piped water.

answers: NDQ_001798

answers: Tap water is relatively inexpensive,

answers: NDQ_001799

answers: treated.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: (2005–2013).

answers: NDQ_001802

answers: Non-revenue water is estimated to be high at 62%,

answers: NDQ_001803

answers: Mesas Tecnicas del Agua,

answers: NDQ_001804

answers: Mesas Tecnicas del Agua,

answers: NDQ_001805

answers: Non-revenue water is estimated to be high at 62%,

text: In some cases, the use of water is undesirable. This is because some chemical products react with water to produce poisonous gases, or they may even burn when they come into contact with water (e.g., sodium). Another problem is that some products float on water, such as hydrocarbons (gasoline, oil, and alcohol, etc.); a burning layer can then be spread by the fire. Ifa pressurized fuel tank is endangered by fire it is necessary to avoid heat shocks that may damage the tank if it is sprayed with cooling water; the resulting decompression might produce a BLEVE. Electrical fires cannot be extinguished with water since the water could act as a conductor.

text: In some cases, the use of water is undesirable. This is because some chemical products

text: react

text: with water to produce poisonous gases, or they may even burn when they come into contact with water (e.g.,

text: sodium

text: ). Another problem is that some products float on water, such as

text: hydrocarbons

text: gasoline

text: oil

text: , and

text: alcohol

text: , etc.); a burning layer can then be spread by the fire. Ifa pressurized fuel tank is endangered by fire it is necessary to avoid heat shocks that may damage the tank if it is sprayed with cooling water; the resulting decompression might produce a

entity_name: Boiling liquid expanding vapor explosion

text: BLEVE

text: . Electrical fires cannot be extinguished with water since the water could act as a conductor.

answers: NDQ_001768

answers: some chemical products react with water

answers: NDQ_001769

answers: What is the purpose of municipal use of water

answers: NDQ_001770

answers: poisonous gases

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: electrical fires

answers: NDQ_001773

answers: Which of the following is not an example of a chemical product that reacts with water to produce poisonous gases?

answers: NDQ_001774

answers: is undesirable

answers: NDQ_001775

answers: electrical fires

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: a pressing fuel tank

answers: NDQ_001778

answers: the use of water

answers: NDQ_001781

answers: cannot be extinguished

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Some chemical products react with water to produce poisonous gases

answers: NDQ_001789

answers: Which of the following is not a product that floats on water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: chemical products react with water to produce poisonous gases

answers: NDQ_001797

answers: Which of the following is not a type of product that floats on water?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a BLEVE

answers: NDQ_001802

answers: This because some chemical products react with water to produce poisonous gases, or they may even burn when they come into contact with water

answers: NDQ_001803

answers: sprayed with cooling water

answers: NDQ_001804

answers: can then be spread by the fire

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: undesirable.

answers: NDQ_001769

answers: Electrical fires cannot be extinguished with water

answers: NDQ_001770

answers: poisonous gases,

answers: NDQ_001771

answers: cooling water;

answers: NDQ_001772

answers: chemical products

answers: NDQ_001773

answers: some chemical products react with water to produce poisonous gases,

answers: NDQ_001774

answers: some chemical products react with water to produce poisonous gases,

answers: NDQ_001775

answers: pressurized fuel tank

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: chemical products

answers: NDQ_001778

answers: use of water

answers: NDQ_001781

answers: some chemical products react with water to produce poisonous gases,

answers: NDQ_001782

answers: In some cases, the use of water

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: some chemical products react with water to produce poisonous gases,

answers: NDQ_001788

answers: some chemical products react with water to produce poisonous gases,

answers: NDQ_001789

answers: the water could act as a conductor.

answers: NDQ_001790

answers: Electrical fires cannot be extinguished with water

answers: NDQ_001791

answers: water

answers: NDQ_001792

answers: In some cases, the use of water

answers: NDQ_001793

answers: Electrical fires cannot be extinguished with water

answers: NDQ_001794

answers: float on water,

answers: NDQ_001795

answers: Electrical fires cannot be extinguished with water

answers: NDQ_001796

answers: the use of water

answers: NDQ_001797

answers: Electrical fires cannot be extinguished with water

answers: NDQ_001798

answers: Electrical fires cannot be extinguished with water

answers: NDQ_001799

answers: Electrical fires cannot be extinguished with water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: In some cases, the use of water

answers: NDQ_001802

answers: some chemical products react with water to produce poisonous gases,

answers: NDQ_001803

answers: sprayed with cooling water;

answers: NDQ_001804

answers: cooling water;

answers: NDQ_001805

answers: fuel tank

text: There is no pipe borne central water and central gas supply. Underground water from wells is used by the householders and business and other establishments.

text: There is no pipe borne central water and central gas supply. Underground water from wells is used by the householders and business and other establishments.

answers: NDQ_001768

answers: wells

answers: NDQ_001769

answers: householders

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: householders

answers: NDQ_001773

answers: can be found in the wells

answers: NDQ_001774

answers: is not piped

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: drinking water from wells

answers: NDQ_001777

answers: wells

answers: NDQ_001778

answers: underground water use

answers: NDQ_001781

answers: is not pipe borne

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: underground water from wells

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: underground water

answers: NDQ_001768

answers: Underground water from wells

answers: NDQ_001769

answers: householders and business and other establishments.

answers: NDQ_001770

answers: Underground water from wells

answers: NDQ_001771

answers: Underground water from wells

answers: NDQ_001772

answers: Underground water from wells

answers: NDQ_001773

answers: Underground water

answers: NDQ_001774

answers: pipe borne central water

answers: NDQ_001775

answers: Underground water

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Underground water from wells

answers: NDQ_001778

answers: Underground water from wells is used by the householders

answers: NDQ_001781

answers: There is no pipe borne central water and central gas supply.

answers: NDQ_001782

answers: Underground water from wells

answers: NDQ_001785

answers: Underground water

answers: NDQ_001787

answers: Underground water from wells

answers: NDQ_001788

answers: Underground water from wells

answers: NDQ_001789

answers: Underground water from wells

answers: NDQ_001790

answers: Underground water from wells

answers: NDQ_001791

answers: Underground water from wells

answers: NDQ_001792

answers: Underground water from wells

answers: NDQ_001793

answers: Underground water from wells

answers: NDQ_001794

answers: Underground water from wells

answers: NDQ_001795

answers: Underground water from wells

answers: NDQ_001796

answers: Underground water from wells

answers: NDQ_001797

answers: Underground water from wells

answers: NDQ_001798

answers: Underground water from wells

answers: NDQ_001799

answers: Underground water from wells

answers: NDQ_001800

answers: There is no pipe borne central water and central gas supply.

answers: NDQ_001801

answers: Underground water from wells

answers: NDQ_001802

answers: Underground water

answers: NDQ_001803

answers: Underground water from wells

answers: NDQ_001804

answers: wells

answers: NDQ_001805

answers: Underground water from wells

text: It excludes service reservoirs used within the water supply network for the storage of drinking water and excludes water bodies on industrial sites used exclusively for industrial purposes (works ponds).

text: It excludes service reservoirs used within the water supply network for the storage of drinking water and excludes water bodies on industrial sites used exclusively for industrial purposes (works ponds).

answers: NDQ_001768

answers: works ponds

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: drinking water to be contaminated

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: industrial purposes

answers: NDQ_001773

answers: can be found in ponds

answers: NDQ_001774

answers: works ponds

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: service reservoirs

answers: NDQ_001778

answers: industrial sites

answers: NDQ_001781

answers: works ponds are on industrial sites

answers: NDQ_001782

answers: What do all forms of life need to survive?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: It can be used to generate electricity

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: it is not possible to tell

answers: NDQ_001796

answers: works ponds

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: it is not possible to tell

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause flooding

answers: NDQ_001802

answers: is not known

answers: NDQ_001803

answers: can not be used to store water

answers: NDQ_001804

answers: works ponds

answers: NDQ_001805

answers: industrial purposes

answers: NDQ_001768

answers: drinking water and excludes water bodies on industrial sites used exclusively for industrial purposes

answers: NDQ_001769

answers: industrial purposes

answers: NDQ_001770

answers: drinking water

answers: NDQ_001771

answers: (works ponds).

answers: NDQ_001772

answers: drinking water and excludes water bodies on industrial sites used exclusively for industrial purposes

answers: NDQ_001773

answers: drinking water

answers: NDQ_001774

answers: industrial purposes

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: water supply network for the storage of drinking water

answers: NDQ_001777

answers: storage of drinking water

answers: NDQ_001778

answers: storage of drinking water

answers: NDQ_001781

answers: drinking water

answers: NDQ_001782

answers: (works ponds).

answers: NDQ_001785

answers: It excludes service reservoirs used within the water supply network

answers: NDQ_001787

answers: (works ponds).

answers: NDQ_001788

answers: drinking water

answers: NDQ_001789

answers: (works ponds).

answers: NDQ_001790

answers: It excludes service reservoirs used within the water supply network

answers: NDQ_001791

answers: It excludes service reservoirs used within the water supply network

answers: NDQ_001792

answers: drinking water

answers: NDQ_001793

answers: drinking water

answers: NDQ_001794

answers: service reservoirs used within the water supply network for the storage of drinking water

answers: NDQ_001795

answers: It excludes service reservoirs used within the water supply network

answers: NDQ_001796

answers: (works ponds).

answers: NDQ_001797

answers: drinking water

answers: NDQ_001798

answers: It excludes service reservoirs used within the water supply network

answers: NDQ_001799

answers: service reservoirs used within the water supply network for the storage of drinking water

answers: NDQ_001800

answers: water supply network for the storage of drinking water

answers: NDQ_001801

answers: It excludes service reservoirs used within the water supply network

answers: NDQ_001802

answers: drinking water

answers: NDQ_001803

answers: (works ponds).

answers: NDQ_001804

answers: (works ponds).

answers: NDQ_001805

answers: drinking water

text: As the climate warms, it changes the nature of global rainfall, evaporation, snow, stream flow and other factors that affect water supply and quality. Freshwater resources are highly sensitive to variations in weather and climate. Climate change is projected to affect water availability.  In areas where the amount of water in rivers and streams depends on snow melting, warmer temperatures increase the fraction of precipitation falling as rain rather than as snow, causing the annual spring peak in water runoff to occur earlier in the year. This can lead to an increased likelihood of winter flooding and reduced late summer river flows. Rising sea levels cause saltwater to enter into fresh underground water and freshwater streams. This reduces the amount of freshwater available for drinking and farming. Warmer water temperatures also affect water quality and accelerate water pollution.

text: As the climate warms, it changes the nature of global rainfall, evaporation, snow, stream flow and other factors that affect water supply and quality.

text: Freshwater

text: resources are highly sensitive to variations in weather and climate. Climate change is projected to affect water availability.  In areas where the amount of water in rivers and streams depends on snow melting, warmer temperatures increase the fraction of precipitation falling as rain rather than as snow, causing the annual spring peak in water runoff to occur earlier in the year. This can lead to an increased likelihood of winter

text: flood

text: ing and reduced late summer river flows. Rising sea levels cause saltwater to enter into fresh

text: underground water

text: and freshwater streams. This reduces the amount of freshwater available for drinking and farming. Warmer water temperatures also affect water quality and accelerate

text: water pollution

answers: NDQ_001768

answers: freshwater for drinking and farming

answers: NDQ_001769

answers: drinking and farming

answers: NDQ_001770

answers: saltwater to enter fresh underground water and freshwater streams

answers: NDQ_001771

answers: Saltwater enters fresh underground water and freshwater streams. This reduces the amount of what?

answers: NDQ_001772

answers: farming

answers: NDQ_001773

answers: Which of the following is not a source of water pollution: saltwater enters fresh underground water and freshwater streams?

answers: NDQ_001774

answers: saltwater enters fresh underground water and freshwater streams

answers: NDQ_001775

answers: How does climate change affect water availability?

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: farming

answers: NDQ_001781

answers: Saltwater enters fresh underground water

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is not an effect of climate change?

answers: NDQ_001787

answers: What can increase the likelihood of winter flooding and reduced late summer river flows?

answers: NDQ_001788

answers: Which of the following is not a factor in water supply and quality?

answers: NDQ_001789

answers: Which of the following is not a source of water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What can increase the likelihood of winter flooding and reduced late summer river flows?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: How many people will not have enough clean water?

answers: NDQ_001796

answers: What can increase the likelihood of winter flooding and reduced late summer river flows?

answers: NDQ_001797

answers: How does climate change affect water supply and quality?

answers: NDQ_001798

answers: Which of the following is not an effect of climate change?

answers: NDQ_001799

answers: Which of the following is not a source of freshwater for drinking and farming?

answers: NDQ_001800

answers: climate change

answers: NDQ_001801

answers: winter flooding and reduced late summer river flows

answers: NDQ_001802

answers: Rising sea levels cause saltwater

answers: NDQ_001803

answers: evaporation

answers: NDQ_001804

answers: Saltwater to enter into fresh underground water

answers: NDQ_001805

answers: drinking

answers: NDQ_001768

answers: freshwater available for drinking and farming.

answers: NDQ_001769

answers: drinking and farming.

answers: NDQ_001770

answers: winter flooding

answers: NDQ_001771

answers: drinking and farming.

answers: NDQ_001772

answers: farming.

answers: NDQ_001773

answers: Rising sea levels

answers: NDQ_001774

answers: Rising sea levels

answers: NDQ_001775

answers: water pollution.

answers: NDQ_001776

answers: climate warms,

answers: NDQ_001777

answers: snow melting,

answers: NDQ_001778

answers: farming.

answers: NDQ_001781

answers: climate warms,

answers: NDQ_001782

answers: Rising sea levels

answers: NDQ_001785

answers: Rising sea levels

answers: NDQ_001787

answers: Rising sea levels cause saltwater to enter into fresh underground water

answers: NDQ_001788

answers: Rising sea levels

answers: NDQ_001789

answers: Freshwater

answers: NDQ_001790

answers: Rising sea levels

answers: NDQ_001791

answers: Rising sea levels

answers: NDQ_001792

answers: Rising sea levels

answers: NDQ_001793

answers: drinking and farming.

answers: NDQ_001794

answers: Rising sea levels cause saltwater to enter into fresh underground water

answers: NDQ_001795

answers: Rising sea levels

answers: NDQ_001796

answers: Warmer water temperatures also affect water quality and accelerate water pollution.

answers: NDQ_001797

answers: Rising sea levels

answers: NDQ_001798

answers: Rising sea levels

answers: NDQ_001799

answers: Rising sea levels cause saltwater

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: winter flooding

answers: NDQ_001802

answers: Warmer water temperatures also affect water quality and accelerate water pollution.

answers: NDQ_001803

answers: farming.

answers: NDQ_001804

answers: Rising sea levels cause saltwater to enter into fresh underground water

answers: NDQ_001805

answers: drinking and farming.

text: Suranga (also Surangam or thurangam) (English: Tunnel well) is a traditional water management system used to provide a reliable supply of water for human settlements and irrigation in Kasargod district of Kerala and Dakshin Kannada district of Karnataka, India.  A suranga is basically a horizontal tunnel dug in the slope of a laterite hill for about  to , which uses gravitational force for extraction of the underground water and collect into a storage tank. As both the areas are covered by uneven and steep laterite hill which makes boring of traditional bore well hard and expensive, surangas are considered as a relatively cheap option.

text: Suranga (also Surangam or thurangam) (English: Tunnel well) is a traditional

text: water management

text: system used to provide a reliable supply of water for human settlements and

text: irrigation

text: in

text: Kasargod district

text: of

text: Kerala

text: and

text: Dakshin Kannada

text: district of

text: Karnataka

text: India

text: .  A suranga is basically a horizontal tunnel dug in the slope of a

text: laterite

text: hill for about  to , which uses

text: gravitational force

text: for extraction of the underground water and collect into a storage tank. As both the areas are covered by uneven and steep laterite hill which makes boring of traditional

text: bore well

text: hard and expensive, surangas are considered as a relatively cheap option.

answers: NDQ_001768

answers: Suranga

answers: NDQ_001769

answers: human settlements

answers: NDQ_001770

answers: Suranga

answers: NDQ_001771

answers: Suranga

answers: NDQ_001772

answers: irrigation

answers: NDQ_001773

answers: Which of the following is not a product of agriculture: Suranga, thurangam or tunnel well?

answers: NDQ_001774

answers: is not collected

answers: NDQ_001775

answers: human settlements and irrigation

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: Suranga

answers: NDQ_001778

answers: human settlements

answers: NDQ_001781

answers: unreliable supply of water

answers: NDQ_001782

answers: What does Suranga provide?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Surangas are considered as a relatively cheap option

answers: NDQ_001789

answers: What is Suranga used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Suranga

answers: NDQ_001797

answers: Why is Suranga considered as a relatively cheap option?

answers: NDQ_001798

answers: less water

answers: NDQ_001799

answers: What is a suranga?

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: a horizontal tunnel

answers: NDQ_001805

answers: irrigation

answers: NDQ_001768

answers: surangas

answers: NDQ_001769

answers: human settlements and irrigation

answers: NDQ_001770

answers: human settlements

answers: NDQ_001771

answers: irrigation

answers: NDQ_001772

answers: human settlements and irrigation

answers: NDQ_001773

answers: Suranga

answers: NDQ_001774

answers: water

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: uneven and steep laterite hill

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: boring of traditional bore well hard and expensive,

answers: NDQ_001782

answers: Suranga

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: irrigation

answers: NDQ_001788

answers: Suranga

answers: NDQ_001789

answers: gravitational force

answers: NDQ_001790

answers: Suranga (also Surangam or thurangam)

answers: NDQ_001791

answers: Suranga

answers: NDQ_001792

answers: Suranga

answers: NDQ_001793

answers: Suranga

answers: NDQ_001794

answers: underground water

answers: NDQ_001795

answers: Suranga

answers: NDQ_001796

answers: surangas are considered as a relatively cheap option.

answers: NDQ_001797

answers: Suranga

answers: NDQ_001798

answers: surangas are considered as a relatively cheap option.

answers: NDQ_001799

answers: gravitational force

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Kerala and Dakshin Kannada district of Karnataka,

answers: NDQ_001802

answers: relatively cheap option.

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: A suranga

answers: NDQ_001805

answers: irrigation

text: Pristina City has limited quantities of surface and groundwater, which are mainly distributed in the peripheral areas. A small fraction of the available water is found as underground water, such as that in "Pajtimi" field that amounts to 50 liters / sec and "Germia" source that amounts to     15 liters /sec.  Watercourses are scarce. There are small rivers in the urban area, such as Pristina and Vellusha Rivers that collect the water flows of faux pas coming from Lagjia e Spitalit, Mati, Kodra e Trimave, and Shkabaj.Vellusha and Pristina Rivers serve to collect rainwater from all urban areas of Pristina. The main drinking water sources remain Batllava and Badovc Lakes. Batllava Lake – it has a capacity of 38 million m³ of water and supplies the town of Pristina with 65% of drinking water. Batllava represents the main source of drinking water for the municipality of Pristina. It was built in 1960-1963; initially it worked only for technical water supply to the energy complex in Obilic. From 1982 it turned into water resource for drinking water for the Pristina region. Recently, the water treatment plant in Shajkovc was built, which has a maximum capacity of 900 liters/sec. Badovci Lake- has a volume of 27 million m³ and supplies the town of Pristina with 35% of drinking water. It was initially built in 1960 for the supply of drinking water, irrigation, and technical water for Kishnica mine. From1980 this lake is mainly used for drinking water purposes for Pristina region. The water treatment plant has been built in Badovc, which has a maximum capacity 400l/sec.Those two lakes are the main source of water in Pristine. They both supply around 90% of population in Pristina region with drinking water. However, the distribution power has many problems. Most of the pipes used are older than 50 years, which lose around 50% of available water; 35% are technical losses, while 15% are commercial losses.  As a result there are reductions on available water to citizens, with 8-10 hours/day water cuts to each household. Another problem is the water contamination. There is no urban water monitoring in Kosovo. There are only some small regional, water companies that do not have large competencies on water monitoring. Wastewater discharges remain the main pollutants of water in Pristina. Those wastes are dangerous because they contain substances such as soluble compounds of phosphorus, dissolved oxygen, pathogenic bacteria and viruses, nitrogen (eutrophication), and other matters that affect the water quality.   Main carrier of underground waters pollution is Prishtevka River, which at the same time is the main carrier of sewage and rainwater.

answers: NDQ_001768

answers: 65% of drinking water

answers: NDQ_001769

answers: the municipality of Pristina

answers: NDQ_001770

answers: irrigation water may cause

answers: NDQ_001771

answers: Badovc Lake

answers: NDQ_001772

answers: commercial losses

answers: NDQ_001773

answers: Badovci Lake supplies the town of Pristina with 35% of drinking water

answers: NDQ_001774

answers: older than 50 years

answers: NDQ_001775

answers: technical water supply

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: The main drinking water sources

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: older than 50 years

answers: NDQ_001782

answers: What is the main source of water in Pristina?

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: It was initially built in 1960 for the supply of drinking water, irrigation

answers: NDQ_001788

answers: Most of the pipes used are older than 50 years, which lose around 50% of available water

answers: NDQ_001789

answers: The water treatment plant has a maximum capacity 400l/sec.

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: Glaciers

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: How many more liters of water does Batllava Lake have than Badovc Lake?

answers: NDQ_001796

answers: Badovci Lake

answers: NDQ_001797

answers: Drier climates generally have less water for people to use.

answers: NDQ_001798

answers: a century ago

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: watercourses are scarce

answers: NDQ_001801

answers: 8-10 hours

answers: NDQ_001802

answers: reductions on available water to citizens, with 8

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Pristina Rivers

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Badovci Lake-

answers: NDQ_001769

answers: drinking water for the Pristina region.

answers: NDQ_001770

answers: Badovci Lake-

answers: NDQ_001771

answers: Badovci Lake-

answers: NDQ_001772

answers: Badovci Lake-

answers: NDQ_001773

answers: Badovci Lake-

answers: NDQ_001774

answers: older than 50 years,

answers: NDQ_001775

answers: irrigation, and technical water

answers: NDQ_001776

answers: Badovci Lake-

answers: NDQ_001777

answers: surface and groundwater, which are mainly distributed in the peripheral areas.

answers: NDQ_001778

answers: irrigation,

answers: NDQ_001781

answers: Most of the pipes used are older than 50 years,

answers: NDQ_001782

answers: Badovci Lake-

answers: NDQ_001785

answers: Badovci Lake-

answers: NDQ_001787

answers: Badovci Lake-

answers: NDQ_001788

answers: Badovci Lake-

answers: NDQ_001789

answers: Badovci Lake-

answers: NDQ_001790

answers: Badovci Lake-

answers: NDQ_001791

answers: Badovci Lake-

answers: NDQ_001792

answers: energy complex in Obilic.

answers: NDQ_001793

answers: Badovci Lake-

answers: NDQ_001794

answers: Badovci Lake-

answers: NDQ_001795

answers: Badovci Lake-

answers: NDQ_001796

answers: Badovci Lake-

answers: NDQ_001797

answers: Badovci Lake-

answers: NDQ_001798

answers: Badovci Lake-

answers: NDQ_001799

answers: Badovci Lake-

answers: NDQ_001800

answers: 50% of available water;

answers: NDQ_001801

answers: Badovci Lake-

answers: NDQ_001802

answers: 50%

answers: NDQ_001803

answers: irrigation,

answers: NDQ_001804

answers: Shkabaj.Vellusha and Pristina Rivers

answers: NDQ_001805

answers: Badovci Lake-

text: Every year the fun fair arrived on Mitcham Common and just a few years before the outbreak of the 1914-18 war JDT went along and painted the interesting water colour held at the world-renowned gallery.

text: Every year the fun fair arrived on Mitcham Common and just a few years before the outbreak of the 1914-18 war JDT went along and painted the interesting water colour held at the world-renowned gallery.

answers: NDQ_001768

answers: less water than developed ones.

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a drought

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: animals

answers: NDQ_001773

answers: are used in the manufacture of fertilizers

answers: NDQ_001774

answers: is drained

answers: NDQ_001775

answers: painting

answers: NDQ_001776

answers: exposure to the sun

answers: NDQ_001777

answers: water quality.

answers: NDQ_001778

answers: fun fairs

answers: NDQ_001781

answers: is too hot in the summer.

answers: NDQ_001782

answers: Which of the following is true of JDT?

answers: NDQ_001785

answers: None of the above choices .

answers: NDQ_001787

answers: Which of the following is true of JDT ?

answers: NDQ_001788

answers: None of the above choices .

answers: NDQ_001789

answers: Why did JDT paint the water colour?

answers: NDQ_001790

answers: None of the above choices .

answers: NDQ_001791

answers: None of the above choices .

answers: NDQ_001792

answers: None of the above choices .

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: it is not possible to tell

answers: NDQ_001795

answers: None of the above choices .

answers: NDQ_001796

answers: JDT did not go to the fair

answers: NDQ_001797

answers: None of the above choices .

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: None of the above choices .

answers: NDQ_001800

answers: can not be solved

answers: NDQ_001801

answers: was a

answers: NDQ_001802

answers: it is highly polluted

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: can be found on Mitcham Common

answers: NDQ_001805

answers: art

answers: NDQ_001768

answers: water colour

answers: NDQ_001769

answers: fun fair

answers: NDQ_001770

answers: 1914-18 war

answers: NDQ_001771

answers: painted the interesting water colour

answers: NDQ_001772

answers: fun fair

answers: NDQ_001773

answers: 1914-18 war

answers: NDQ_001774

answers: 1914-18 war

answers: NDQ_001775

answers: painted the interesting water colour

answers: NDQ_001776

answers: 1914-18 war

answers: NDQ_001777

answers: water colour held at the world-renowned gallery.

answers: NDQ_001778

answers: fun fair

answers: NDQ_001781

answers: water colour held at the world-renowned gallery.

answers: NDQ_001782

answers: water colour

answers: NDQ_001785

answers: water colour

answers: NDQ_001787

answers: Every year the fun fair arrived on Mitcham Common

answers: NDQ_001788

answers: water colour

answers: NDQ_001789

answers: water colour

answers: NDQ_001790

answers: JDT went along and painted the interesting water colour

answers: NDQ_001791

answers: water colour

answers: NDQ_001792

answers: water colour

answers: NDQ_001793

answers: water colour held at the world-renowned gallery.

answers: NDQ_001794

answers: water colour held at the world-renowned gallery.

answers: NDQ_001795

answers: 1914-18 war JDT went along and painted the interesting water colour

answers: NDQ_001796

answers: water colour

answers: NDQ_001797

answers: water colour

answers: NDQ_001798

answers: 1914-18 war JDT went along and painted the interesting water colour

answers: NDQ_001799

answers: water colour

answers: NDQ_001800

answers: 1914-18 war

answers: NDQ_001801

answers: 1914-18 war

answers: NDQ_001802

answers: water colour

answers: NDQ_001803

answers: water colour

answers: NDQ_001804

answers: Mitcham Common

answers: NDQ_001805

answers: painted the interesting water colour

text: It is used to supply raw water to Bathurst for the watering of parks and industrial use.

text: It is used to supply raw water to Bathurst for the watering of parks and industrial use.

answers: NDQ_001768

answers: less water than developed ones

answers: NDQ_001769

answers: industrial use

answers: NDQ_001770

answers: Bathurst a lot of pollution

answers: NDQ_001771

answers: parks

answers: NDQ_001772

answers: industrial use

answers: NDQ_001773

answers: can be found in the water

answers: NDQ_001774

answers: is not used properly

answers: NDQ_001775

answers: what purpose?

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: watering of parks

answers: NDQ_001781

answers: wastes too much energy

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: It may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: It's impossible to say

answers: NDQ_001789

answers: It can be used to generate electricity.

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: None of the above choices.

answers: NDQ_001792

answers: Yes

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: None of the above choices.

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: unsustainable

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: can be used for watering

answers: NDQ_001804

answers: is used to supply raw water

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: raw water

answers: NDQ_001769

answers: watering of parks and industrial use.

answers: NDQ_001770

answers: watering of parks and industrial use.

answers: NDQ_001771

answers: watering of parks

answers: NDQ_001772

answers: industrial use.

answers: NDQ_001773

answers: raw water

answers: NDQ_001774

answers: industrial use.

answers: NDQ_001775

answers: industrial use.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: industrial use.

answers: NDQ_001778

answers: watering of parks and industrial use.

answers: NDQ_001781

answers: watering of parks and industrial use.

answers: NDQ_001782

answers: raw water to Bathurst

answers: NDQ_001785

answers: Bathurst

answers: NDQ_001787

answers: watering of parks and industrial use.

answers: NDQ_001788

answers: watering of parks and industrial use.

answers: NDQ_001789

answers: industrial use.

answers: NDQ_001790

answers: It is used to supply raw water to Bathurst

answers: NDQ_001791

answers: It is used to supply raw water to Bathurst

answers: NDQ_001792

answers: watering of parks and industrial use.

answers: NDQ_001793

answers: It is used to supply raw water to Bathurst

answers: NDQ_001794

answers: raw water to Bathurst

answers: NDQ_001795

answers: It is used to supply raw water to Bathurst

answers: NDQ_001796

answers: Bathurst

answers: NDQ_001797

answers: Bathurst

answers: NDQ_001798

answers: It is used to supply raw water to Bathurst

answers: NDQ_001799

answers: watering of parks and industrial use.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: It is used to supply raw water to Bathurst

answers: NDQ_001802

answers: raw water to Bathurst

answers: NDQ_001803

answers: watering

answers: NDQ_001804

answers: It is used to supply raw water to Bathurst

answers: NDQ_001805

answers: industrial use.

text: Successful agriculture is dependent upon farmers having sufficient access to water. However, water scarcity is already a critical constraint to farming in many parts of the world. Physical water scarcity is where there is not enough water to meet all demands, including that needed for ecosystems to function effectively. Arid regions frequently suffer from physical water scarcity. It also occurs where water seems abundant but where resources are over-committed. This can happen where there is over development of hydraulic infrastructure, usually for irrigation. Symptoms of physical water scarcity include environmental degradation and declining groundwater. Economic scarcity, meanwhile, is caused by a lack of investment in water or insufficient human capacity to satisfy the demand for water. Symptoms of economic water scarcity include a lack of infrastructure, with people often having to fetch water from rivers for domestic and agricultural uses. Some 2.8 billion people currently live in water-scarce areas.

text: Successful agriculture is dependent upon farmers having sufficient access to water. However, water scarcity is already a critical constraint to farming in many parts of the world.

text: Physical water scarcity

text: is where there is not enough water to meet all demands, including that needed for ecosystems to function effectively. Arid regions frequently suffer from physical water scarcity. It also occurs where water seems abundant but where resources are over-committed. This can happen where there is over development of hydraulic infrastructure, usually for irrigation. Symptoms of physical water scarcity include environmental degradation and declining

text: groundwater

text: . Economic scarcity, meanwhile, is caused by a lack of investment in water or insufficient human capacity to satisfy the demand for water. Symptoms of

text: economic water scarcity

text: include a lack of infrastructure, with people often having to fetch water from rivers for domestic and agricultural uses. Some 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001768

answers: domestic and agricultural uses

answers: NDQ_001769

answers: Domestic and agricultural uses

answers: NDQ_001770

answers: physical water scarcity

answers: NDQ_001771

answers: Which of the following is not a symptom of economic water scarcity: economic scarcity, lack of infrastructure, or environmental degradation?

answers: NDQ_001772

answers: agricultural uses

answers: NDQ_001773

answers: Which of the following is not a symptom of physical water scarcity: environmental degradation, economic scarcity, or water scarcity?

answers: NDQ_001774

answers: lacks infrastructure

answers: NDQ_001775

answers: What can happen where there is over development of hydraulic infrastructure, usually for irrigation?

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: economic scarcity

answers: NDQ_001778

answers: over development of hydraulic infrastructure

answers: NDQ_001781

answers: over-committed

answers: NDQ_001782

answers: Which of the following is not a symptom of physical water scarcity?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What can happen where there is over development of hydraulic infrastructure, usually for irrigation?

answers: NDQ_001788

answers: What can happen where there is over development of hydraulic infrastructure?

answers: NDQ_001789

answers: Which of the following is not a symptom of economic water scarcity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many billion people currently live in water-scarce areas?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What can happen where there is over development of hydraulic infrastructure, usually for irrigation?

answers: NDQ_001797

answers: Which of the following is not a symptom of physical water scarcity: over development of hydraulic infrastructure, usually for irrigation

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What can happen where there is over development of hydraulic infrastructure, usually for irrigation?

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: physical water scarcity

answers: NDQ_001802

answers: environmental degradation and declining groundwater

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: hydraulic infrastructure

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: fetch water from rivers

answers: NDQ_001769

answers: domestic and agricultural uses.

answers: NDQ_001770

answers: over development of hydraulic infrastructure,

answers: NDQ_001771

answers: irrigation.

answers: NDQ_001772

answers: agricultural

answers: NDQ_001773

answers: water.

answers: NDQ_001774

answers: people often having to fetch water from rivers

answers: NDQ_001775

answers: hydraulic infrastructure,

answers: NDQ_001776

answers: water scarcity

answers: NDQ_001777

answers: a lack of investment in water or insufficient human capacity

answers: NDQ_001778

answers: over development of hydraulic infrastructure,

answers: NDQ_001781

answers: over development of hydraulic infrastructure,

answers: NDQ_001782

answers: ecosystems

answers: NDQ_001785

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001787

answers: over development of hydraulic infrastructure,

answers: NDQ_001788

answers: over development of hydraulic infrastructure,

answers: NDQ_001789

answers: hydraulic infrastructure,

answers: NDQ_001790

answers: 2.8 billion

answers: NDQ_001791

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001792

answers: Physical water scarcity

answers: NDQ_001793

answers: water seems abundant

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001796

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001797

answers: Arid regions frequently suffer from physical water scarcity.

answers: NDQ_001798

answers: 2.8 billion people currently live in water-scarce areas.

answers: NDQ_001799

answers: irrigation.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: Physical water scarcity

answers: NDQ_001802

answers: environmental degradation and declining groundwater.

answers: NDQ_001803

answers: irrigation.

answers: NDQ_001804

answers: groundwater.

answers: NDQ_001805

answers: irrigation.

text: Plumbing hardware products are used for supplying water throughout the building using hose, pipes and tubes. These hardware products ensure that water is supplied properly and continuously. Since water runs or remains all the time in these products, it is needed that the materials with which these products are highly corrosion resistant and can withstand extreme temperatures. The most common materials are copper, aluminum, steel and PVC.

text: Plumbing hardware products are used for supplying water throughout the building using hose, pipes and tubes. These hardware products ensure that water is supplied properly and continuously. Since water runs or remains all the time in these products, it is needed that the materials with which these products are highly

text: corrosion

text: resistant and can withstand extreme temperatures. The most common materials are

text: copper

text: aluminum

text: steel

text: and

text: PVC

answers: NDQ_001768

answers: copper, aluminum and steel

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: corrosion

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: plumbing

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: is not properly and continuously supplied

answers: NDQ_001775

answers: supplying pipes and tubes

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: plumbing hardware products

answers: NDQ_001778

answers: supplying water

answers: NDQ_001781

answers: can't withstand extreme temperatures

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is true of plumbing hardware products?

answers: NDQ_001787

answers: Which of the following is not a type of hardware product?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a material that can withstand extreme temperatures?

answers: NDQ_001790

answers: None of the above choices.

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices.

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of hardware product: copper, aluminum, steel or PVC?

answers: NDQ_001797

answers: Which of the following is not a common material for plumbing hardware products: copper, aluminum, steel or PVC?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause a

answers: NDQ_001802

answers: highly corrosion resistant

answers: NDQ_001803

answers: hose

answers: NDQ_001804

answers: can withstand extreme temperatures

answers: NDQ_001805

answers: plumbing

answers: NDQ_001768

answers: Plumbing hardware products

answers: NDQ_001769

answers: supplying water throughout the building

answers: NDQ_001770

answers: corrosion resistant and can withstand extreme temperatures.

answers: NDQ_001771

answers: Plumbing hardware products are used for supplying water throughout the building

answers: NDQ_001772

answers: Plumbing hardware products

answers: NDQ_001773

answers: Plumbing hardware products

answers: NDQ_001774

answers: extreme temperatures.

answers: NDQ_001775

answers: Plumbing hardware products are used for supplying water throughout the building

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Plumbing hardware products

answers: NDQ_001778

answers: extreme temperatures.

answers: NDQ_001781

answers: water runs or remains all the time in these products,

answers: NDQ_001782

answers: Plumbing hardware products are used for supplying water

answers: NDQ_001785

answers: Plumbing hardware products are used for supplying water

answers: NDQ_001787

answers: corrosion resistant and can withstand extreme temperatures.

answers: NDQ_001788

answers: Plumbing hardware products are used for supplying water

answers: NDQ_001789

answers: Plumbing hardware products are used for supplying water

answers: NDQ_001790

answers: Plumbing hardware products are used for supplying water

answers: NDQ_001791

answers: Plumbing hardware products are used for supplying water

answers: NDQ_001792

answers: Plumbing hardware products

answers: NDQ_001793

answers: copper, aluminum, steel and PVC.

answers: NDQ_001794

answers: copper, aluminum, steel and PVC.

answers: NDQ_001795

answers: Plumbing hardware products

answers: NDQ_001796

answers: Plumbing hardware products

answers: NDQ_001797

answers: extreme temperatures.

answers: NDQ_001798

answers: Plumbing hardware products

answers: NDQ_001799

answers: continuously.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Plumbing hardware products are used for supplying water throughout the building

answers: NDQ_001802

answers: corrosion resistant and can withstand extreme temperatures.

answers: NDQ_001803

answers: Plumbing hardware products

answers: NDQ_001804

answers: hose, pipes and tubes.

answers: NDQ_001805

answers: Plumbing hardware products are used for supplying water throughout the building

text: The biggest obstacle to the widespread adoption of WQT markets is lack of supply and demand. In fact, studies of current water quality trading programs indicate that the typical problems associated with inhibition of water quality trading, such as high transaction costs, poor institutional infrastructure, and uncertain criteria, are being overcome. The main problem is that, under existing regulatory conditions, there are simply not enough willing buyers and sellers. Currently, most nonpoint sources of water pollution are unregulated or, assuming detection occurs, have relatively small consequences for violations. Consequently, nonpoint sources do not have incentive to participate in WQT. For WQT markets to be successful, greater demand is needed for pollution credits. For this to happen, water quality standards need to be clear and enforceable.

text: The biggest obstacle to the widespread adoption of WQT markets is lack of

text: supply and demand

text: . In fact, studies of current water quality trading programs indicate that the typical problems associated with inhibition of water quality trading, such as high

text: transaction costs

text: , poor institutional infrastructure, and uncertain criteria, are being overcome. The main problem is that, under existing regulatory conditions, there are simply not enough willing buyers and sellers. Currently, most nonpoint sources of water pollution are unregulated or, assuming detection occurs, have relatively small consequences for violations. Consequently, nonpoint sources do not have incentive to participate in WQT. For WQT markets to be successful, greater demand is needed for pollution credits. For this to happen, water quality standards need to be clear and enforceable.

answers: NDQ_001768

answers: WQT markets

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: nonpoint sources of water pollution

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: nonpoint sources

answers: NDQ_001773

answers: What is the biggest obstacle to the widespread adoption of WQT markets?

answers: NDQ_001774

answers: unregulated

answers: NDQ_001775

answers: pollution

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: supply and demand

answers: NDQ_001778

answers: nonpoint sources

answers: NDQ_001781

answers: unregulated

answers: NDQ_001782

answers: What is the main obstacle to the widespread adoption of WQT markets?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: high transaction costs

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is the main problem with WQT markets?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not an obstacle to the widespread adoption of WQT markets?

answers: NDQ_001798

answers: unanswerable

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water quality standards

answers: NDQ_001801

answers: lack of supply and demand

answers: NDQ_001802

answers: Currently, most nonpoint sources of water pollution

answers: NDQ_001803

answers: nonpoint sources

answers: NDQ_001804

answers: poor institutional infrastructure

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: nonpoint sources

answers: NDQ_001769

answers: nonpoint sources of water pollution

answers: NDQ_001770

answers: water pollution

answers: NDQ_001771

answers: nonpoint sources

answers: NDQ_001772

answers: nonpoint sources of water pollution

answers: NDQ_001773

answers: nonpoint sources of water pollution

answers: NDQ_001774

answers: nonpoint sources of water pollution

answers: NDQ_001775

answers: pollution

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: supply and demand.

answers: NDQ_001778

answers: nonpoint sources of water pollution

answers: NDQ_001781

answers: nonpoint sources of water pollution are unregulated

answers: NDQ_001782

answers: water

answers: NDQ_001785

answers: high transaction costs,

answers: NDQ_001787

answers: nonpoint sources of water pollution are unregulated

answers: NDQ_001788

answers: nonpoint sources of water pollution are unregulated

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: lack of supply and demand.

answers: NDQ_001791

answers: high transaction costs,

answers: NDQ_001792

answers: most nonpoint sources of water pollution

answers: NDQ_001793

answers: most nonpoint sources of water pollution are unregulated

answers: NDQ_001794

answers: most nonpoint sources of water

answers: NDQ_001795

answers: not enough willing buyers and sellers.

answers: NDQ_001796

answers: water quality standards need to be clear and enforceable.

answers: NDQ_001797

answers: lack of supply and demand.

answers: NDQ_001798

answers: high transaction costs,

answers: NDQ_001799

answers: nonpoint sources of water pollution are unregulated

answers: NDQ_001800

answers: not enough willing buyers and sellers.

answers: NDQ_001801

answers: nonpoint sources do not have incentive to participate in WQT.

answers: NDQ_001802

answers: relatively small consequences for violations.

answers: NDQ_001803

answers: water pollution

answers: NDQ_001804

answers: nonpoint sources

answers: NDQ_001805

answers: water pollution

text: Skills within this field are usually employed for the primary goal of disease prevention within human beings by assuring a supply of healthy drinking water, treatment of waste water, removing garbage from inhabited areas, and so on.

text: Skills within this field are usually employed for the primary goal of

text: disease

text: prevention within

text: human beings

text: by assuring a supply of healthy

text: drinking water

text: , treatment of waste water, removing

text: garbage

text: from inhabited areas, and so on.

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: disease

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: human beings

answers: NDQ_001773

answers: are used in the production of food.

answers: NDQ_001774

answers: treatment of waste water

answers: NDQ_001775

answers: removing garbage

answers: NDQ_001776

answers: sanitation

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: removing garbage

answers: NDQ_001781

answers: is not treated properly

answers: NDQ_001782

answers: What is the primary goal of this field?

answers: NDQ_001785

answers: What can we do without food?

answers: NDQ_001787

answers: groundwater

answers: NDQ_001788

answers: treating waste water

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: it is not possible to tell

answers: NDQ_001791

answers: water resources

answers: NDQ_001792

answers: glaciers

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: sanitation

answers: NDQ_001796

answers: sanitation

answers: NDQ_001797

answers: What is the primary goal of this field?

answers: NDQ_001798

answers: a).

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can't be used to water plants

answers: NDQ_001804

answers: can be used to supply drinking water

answers: NDQ_001805

answers: sanitation

answers: NDQ_001768

answers: healthy drinking water,

answers: NDQ_001769

answers: drinking water,

answers: NDQ_001770

answers: disease prevention

answers: NDQ_001771

answers: drinking water,

answers: NDQ_001772

answers: drinking water,

answers: NDQ_001773

answers: disease prevention within human beings

answers: NDQ_001774

answers: waste water,

answers: NDQ_001775

answers: removing garbage

answers: NDQ_001776

answers: garbage

answers: NDQ_001777

answers: inhabited areas,

answers: NDQ_001778

answers: garbage

answers: NDQ_001781

answers: treatment of waste water,

answers: NDQ_001782

answers: drinking water,

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: healthy drinking water,

answers: NDQ_001788

answers: treatment of waste water,

answers: NDQ_001789

answers: drinking water, treatment of waste water,

answers: NDQ_001790

answers: drinking water,

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: drinking water,

answers: NDQ_001793

answers: drinking water,

answers: NDQ_001794

answers: drinking water,

answers: NDQ_001795

answers: healthy drinking water,

answers: NDQ_001796

answers: assuring a supply of healthy drinking water,

answers: NDQ_001797

answers: drinking water,

answers: NDQ_001798

answers: assuring a supply of healthy drinking water,

answers: NDQ_001799

answers: healthy drinking water,

answers: NDQ_001800

answers: garbage

answers: NDQ_001801

answers: removing garbage from inhabited areas,

answers: NDQ_001802

answers: garbage

answers: NDQ_001803

answers: drinking water,

answers: NDQ_001804

answers: treatment of waste water,

answers: NDQ_001805

answers: drinking water,

text: Multiple Use water Schemes (MUS) are low-cost, equitable water supply systems that provide communities with water for both domestic needs and high-value agricultural production, including rearing livestock. They are designed for use in rural areas, inhabited by smallholder farmers, and generally cover ten to 40 households, although some have served many more households.

text: Multiple Use water Schemes (MUS) are low-cost, equitable water supply systems that provide communities with water for both domestic needs and high-value agricultural production, including rearing livestock. They are designed for use in rural areas, inhabited by smallholder farmers, and generally cover ten to 40 households, although some have served many more households.

answers: NDQ_001768

answers: Multiple Use water Schemes

answers: NDQ_001769

answers: domestic needs

answers: NDQ_001770

answers: livestock to die

answers: NDQ_001771

answers: horseback riding

answers: NDQ_001772

answers: smallholder farmers

answers: NDQ_001773

answers: are used in the production of crops

answers: NDQ_001774

answers: is used for agricultural production

answers: NDQ_001775

answers: high-value agricultural production

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: rural areas

answers: NDQ_001778

answers: agricultural production

answers: NDQ_001781

answers: is used for domestic needs

answers: NDQ_001782

answers: Which of the following is not a form of life: domestic needs, livestock, or agriculture?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What do glaciers supply?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: It's impossible to say

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Multiple Use water Schemes

answers: NDQ_001797

answers: Which of the following is not a benefit of Multiple Use water Schemes: low-cost, equitable water supply systems, domestic needs, or high-value agricultural production?

answers: NDQ_001798

answers: Why is conservation important?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be described as

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: no

answers: NDQ_001804

answers: Multiple Use water Schemes

answers: NDQ_001805

answers: agricultural production

answers: NDQ_001768

answers: Multiple Use water Schemes

answers: NDQ_001769

answers: domestic needs and high-value agricultural production,

answers: NDQ_001770

answers: livestock.

answers: NDQ_001771

answers: rearing livestock.

answers: NDQ_001772

answers: smallholder farmers,

answers: NDQ_001773

answers: livestock.

answers: NDQ_001774

answers: agricultural production, including rearing livestock.

answers: NDQ_001775

answers: high-value agricultural production,

answers: NDQ_001776

answers: livestock.

answers: NDQ_001777

answers: ten to 40 households, although some have served many more households.

answers: NDQ_001778

answers: agricultural production,

answers: NDQ_001781

answers: livestock.

answers: NDQ_001782

answers: Multiple Use water Schemes

answers: NDQ_001785

answers: Multiple Use water Schemes

answers: NDQ_001787

answers: Multiple Use water Schemes

answers: NDQ_001788

answers: Multiple Use water Schemes

answers: NDQ_001789

answers: Multiple Use water Schemes

answers: NDQ_001790

answers: Multiple Use water Schemes

answers: NDQ_001791

answers: Multiple Use water Schemes

answers: NDQ_001792

answers: Multiple Use water Schemes

answers: NDQ_001793

answers: Multiple Use water Schemes

answers: NDQ_001794

answers: Multiple Use water Schemes

answers: NDQ_001795

answers: Multiple Use water Schemes

answers: NDQ_001796

answers: Multiple Use water Schemes

answers: NDQ_001797

answers: Multiple Use water Schemes

answers: NDQ_001798

answers: Multiple Use water Schemes

answers: NDQ_001799

answers: Multiple Use water Schemes

answers: NDQ_001800

answers: Multiple Use water Schemes (MUS) are low-cost,

answers: NDQ_001801

answers: Multiple Use water Schemes

answers: NDQ_001802

answers: ten to 40 households, although some have served many more households.

answers: NDQ_001803

answers: Multiple Use water Schemes

answers: NDQ_001804

answers: Multiple Use water Schemes

answers: NDQ_001805

answers: agricultural production,

text: Intermittent supply. Water supply in many parts of Greater Mexico City is intermittent and pressure is often insufficient.  Users thus have to complement their water supply with water bought from tanker trucks, or pipas. Occasionally water supply is cut for several days, as occurred in January 2009 when the water supply from the Cutzamala system had to be reduced cutting water to 5.5 million people for three days.

text: Intermittent supply. Water supply in many parts of Greater Mexico City is intermittent and pressure is often insufficient.  Users thus have to complement their water supply with water bought from tanker trucks, or pipas. Occasionally water supply is cut for several days, as occurred in January 2009 when the water supply from the Cutzamala system had to be reduced cutting water to 5.5 million people for three days.

answers: NDQ_001768

answers: pipas

answers: NDQ_001769

answers: What is the purpose of municipal use of water?

answers: NDQ_001770

answers: Water supply to be cut for several days

answers: NDQ_001771

answers: What is the reason for the intermittent supply?

answers: NDQ_001772

answers: pipas

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or fertilizers?

answers: NDQ_001774

answers: is cut

answers: NDQ_001775

answers: What is water used for?

answers: NDQ_001776

answers: water supply

answers: NDQ_001777

answers: if the supply is interrupted

answers: NDQ_001778

answers: cut water to 5.5 million people

answers: NDQ_001781

answers: does not have enough pressure

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the intermittent supply?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or pipas?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Why is water supply intermittent and pressure is often insufficient?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates, cold climates, or warm climates?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: January 2009

answers: NDQ_001802

answers: insufficient

answers: NDQ_001803

answers: tanker trucks

answers: NDQ_001804

answers: cutzamala

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: tanker trucks, or pipas.

answers: NDQ_001769

answers: pipas.

answers: NDQ_001770

answers: pressure is often insufficient.

answers: NDQ_001771

answers: pipas.

answers: NDQ_001772

answers: tanker trucks,

answers: NDQ_001773

answers: Water supply in many parts of Greater Mexico City

answers: NDQ_001774

answers: Occasionally water supply is cut for several days,

answers: NDQ_001775

answers: tanker trucks,

answers: NDQ_001776

answers: Water supply

answers: NDQ_001777

answers: pressure is often insufficient.

answers: NDQ_001778

answers: Users thus have to complement their water supply with water bought from tanker trucks,

answers: NDQ_001781

answers: pressure is often insufficient.

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: water bought from tanker trucks,

answers: NDQ_001788

answers: Water supply

answers: NDQ_001789

answers: water bought from tanker trucks,

answers: NDQ_001790

answers: intermittent and pressure is often insufficient.

answers: NDQ_001791

answers: 2009

answers: NDQ_001792

answers: Water

answers: NDQ_001793

answers: Intermittent supply.

answers: NDQ_001794

answers: water bought from tanker trucks,

answers: NDQ_001795

answers: intermittent and pressure is often insufficient.

answers: NDQ_001796

answers: pressure is often insufficient.

answers: NDQ_001797

answers: Water supply

answers: NDQ_001798

answers: Users thus have to complement their water supply with water bought from tanker trucks,

answers: NDQ_001799

answers: tanker trucks,

answers: NDQ_001800

answers: Intermittent supply.

answers: NDQ_001801

answers: January 2009

answers: NDQ_001802

answers: intermittent and pressure is often insufficient.

answers: NDQ_001803

answers: pipas.

answers: NDQ_001804

answers: pipas.

answers: NDQ_001805

answers: 5.5 million people

text: In May 1938 a shortage of water occurred in Munkkiniemi. Water consumption had been about 90 litres per inhabitant per day during all of the 1930s and the water supply was thought to be enough for new inhabitants. In 1937 1 500 new rooms had been built and the speed of construction  was considerable. During two fires in May that much water had been used that the reserve supplies emptied. When the pumps were reconnected the nervous inhabitants filled buckets and tubs with water which led to that the water supplies emptied again. The consumption was suddenly 150 litres per person per day and the supplies never had time to recover. M.G. Stenius applied to build a water pipe from Helsinki and buy the city’s water. Helsinki already sold water to other nearby municipalities like Oulunkylä. The City of Helsinki was at the same time negotiating to buy the company and refused to give permission to build a water pipe, because this gave them a great bargaining position. After a dry summer and unsuccessful attempts to find more water sources a building ban was issued in Munkkiniemi in October 1938. Tenants refused to pay rents and a witch-hunt against the company and the municipality was pursued. Water consumption had reached 250 litres per person per day in the autumn and the company blamed the inhabitants for wasting water and even sabotage. In November the owners of M.G. Stenius gave up and sold their stocks to the City of Helsinki that gained large areas of land in Munkkiniemi, Haaga, Leppävaara and Laajalahti. Already two weeks after the purchase of M.G. Stenius the city began building a water pipe to Munkkiniemi and in January 1939 the people of Munkkniemi were drinking Helsinki water.

text: In May 1938 a shortage of water occurred in Munkkiniemi. Water consumption had been about 90 litres per inhabitant per day during all of the 1930s and the water supply was thought to be enough for new inhabitants. In 1937 1 500 new rooms had been built and the speed of construction  was considerable. During two fires in May that much water had been used that the reserve supplies emptied. When the pumps were reconnected the nervous inhabitants filled buckets and tubs with water which led to that the water supplies emptied again. The consumption was suddenly 150 litres per person per day and the supplies never had time to recover. M.G. Stenius applied to build a water pipe from Helsinki and buy the city’s water. Helsinki already sold water to other nearby municipalities like

text: Oulunkylä

text: . The City of Helsinki was at the same time negotiating to buy the company and refused to give permission to build a water pipe, because this gave them a great bargaining position. After a dry summer and unsuccessful attempts to find more water sources a building ban was issued in Munkkiniemi in October 1938. Tenants refused to pay rents and a witch-hunt against the company and the municipality was pursued. Water consumption had reached 250 litres per person per day in the autumn and the company blamed the inhabitants for wasting water and even sabotage. In November the owners of M.G. Stenius gave up and sold their stocks to the City of Helsinki that gained large areas of land in Munkkiniemi, Haaga,

text: Leppävaara

text: and

text: Laajalahti

text: . Already two weeks after the purchase of M.G. Stenius the city began building a water pipe to Munkkiniemi and in January 1939 the people of Munkkniemi were drinking Helsinki water.

answers: NDQ_001768

answers: 150 litres per person per day

answers: NDQ_001769

answers: What was the reason for the shortage of water?

answers: NDQ_001770

answers: What may have caused the shortage of water?

answers: NDQ_001771

answers: How many litres per person per day did the people of Munkkiniemi drink?

answers: NDQ_001772

answers: Inhabitants

answers: NDQ_001773

answers: Which of the following is not a product of M.G. Stenius: fertilizers, pesticides, or water?

answers: NDQ_001774

answers: reaches 250 litres

answers: NDQ_001775

answers: What did the company blame the inhabitants for wasting water?

answers: NDQ_001776

answers: __

answers: NDQ_001777

answers: how much water is consumed

answers: NDQ_001778

answers: fill buckets and tubs

answers: NDQ_001781

answers: does not have enough

answers: NDQ_001782

answers: Which happened first, a building ban was issued in Munkkiniemi or a witch-hunt against the company?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many people lived in Munkkiniemi in 1937?

answers: NDQ_001789

answers: How many litres of water did the people of Munkkiniemi drink?

answers: NDQ_001790

answers: Which of the following is not a problem: Water scarcity or 70% of Earth?

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or fires?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of fresh water: groundwater, lakes, or rivers?

answers: NDQ_001795

answers: How many people in Munkkiniemi were drinking Helsinki water?

answers: NDQ_001796

answers: Which happened first, the building ban was issued or a witch-hunt against the company?

answers: NDQ_001797

answers: Which happened first, the building ban was issued or the city began building a water pipe to Munkkiniemi?

answers: NDQ_001798

answers: Which happened first, the building ban was issued or a witch-hunt against the company?

answers: NDQ_001799

answers: What happened to the supply of water in May 1938?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a dry summer

answers: NDQ_001802

answers: Water consumption had reached 250 litres per person per day

answers: NDQ_001803

answers: buckets and tubs

answers: NDQ_001804

answers: Munkkiniemi

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: 250 litres per person per day

answers: NDQ_001769

answers: 250 litres per person per day

answers: NDQ_001770

answers: wasting water and even sabotage.

answers: NDQ_001771

answers: 250 litres per person per day

answers: NDQ_001772

answers: Helsinki

answers: NDQ_001773

answers: M.G. Stenius

answers: NDQ_001774

answers: wasting water

answers: NDQ_001775

answers: 250 litres per person per day

answers: NDQ_001776

answers: Water consumption

answers: NDQ_001777

answers: consumption

answers: NDQ_001778

answers: wasting water

answers: NDQ_001781

answers: inhabitants

answers: NDQ_001782

answers: 250 litres per person per day

answers: NDQ_001785

answers: M.G. Stenius

answers: NDQ_001787

answers: M.G. Stenius

answers: NDQ_001788

answers: Water consumption had reached 250 litres per person per day

answers: NDQ_001789

answers: Munkkniemi were drinking Helsinki water.

answers: NDQ_001790

answers: 250 litres per person per day

answers: NDQ_001791

answers: M.G. Stenius

answers: NDQ_001792

answers: Helsinki water.

answers: NDQ_001793

answers: M.G. Stenius

answers: NDQ_001794

answers: M.G. Stenius

answers: NDQ_001795

answers: 250 litres per person per day

answers: NDQ_001796

answers: Water consumption had reached 250 litres per person per day

answers: NDQ_001797

answers: 250 litres per person per day

answers: NDQ_001798

answers: 250 litres per person per day

answers: NDQ_001799

answers: Helsinki water.

answers: NDQ_001800

answers: Water consumption had reached 250 litres per person per day

answers: NDQ_001801

answers: dry summer

answers: NDQ_001802

answers: Water consumption had reached 250 litres per person per day

answers: NDQ_001803

answers: water pipe

answers: NDQ_001804

answers: water pipe to Munkkiniemi

answers: NDQ_001805

answers: 250 litres per person per day

text: On March 11, 2016 Severn Trent customers in Derbyshire were issued with a 'Do not use' notice due to high levels of chlorine detected in the water supply, leaving thousands of households without a clean reliable water supply.

text: On March 11, 2016 Severn Trent customers in Derbyshire were issued with a 'Do not use' notice due to high levels of

text: chlorine

text: detected in the water supply, leaving thousands of households without a clean reliable water supply.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: household

answers: NDQ_001770

answers: high levels of chlorine

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a type of chemical: agricultural chemicals or chlorine?

answers: NDQ_001774

answers: does not have enough chlorine

answers: NDQ_001775

answers: preparing food

answers: NDQ_001776

answers: unclean water

answers: NDQ_001777

answers: high levels of chlorine

answers: NDQ_001778

answers: 'Do not use' notice

answers: NDQ_001781

answers: high levels of chlorine

answers: NDQ_001782

answers: Why did Severn Trent issue a 'Do not use' notice?

answers: NDQ_001785

answers: (A).

answers: NDQ_001787

answers: Why did Severn Trent issue a 'Do not use' notice?

answers: NDQ_001788

answers: unanswerable

answers: NDQ_001789

answers: What can be done with water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: It's impossible to say

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: is water

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: high levels

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: Severn Trent

answers: NDQ_001805

answers: water supply

answers: NDQ_001768

answers: chlorine

answers: NDQ_001769

answers: households

answers: NDQ_001770

answers: chlorine

answers: NDQ_001771

answers: 'Do not use'

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: chlorine

answers: NDQ_001774

answers: chlorine

answers: NDQ_001775

answers: chlorine

answers: NDQ_001776

answers: chlorine

answers: NDQ_001777

answers: high levels of chlorine detected in the water supply,

answers: NDQ_001778

answers: 'Do not use' notice due to high levels of chlorine

answers: NDQ_001781

answers: chlorine

answers: NDQ_001782

answers: thousands of households without a clean reliable water supply.

answers: NDQ_001785

answers: thousands of households without a clean reliable water supply.

answers: NDQ_001787

answers: chlorine

answers: NDQ_001788

answers: On March 11, 2016

answers: NDQ_001789

answers: chlorine

answers: NDQ_001790

answers: 2016

answers: NDQ_001791

answers: On March 11, 2016

answers: NDQ_001792

answers: On March 11, 2016

answers: NDQ_001793

answers: thousands of households without a clean reliable water supply.

answers: NDQ_001794

answers: 2016

answers: NDQ_001795

answers: thousands of households without a clean reliable water supply.

answers: NDQ_001796

answers: chlorine

answers: NDQ_001797

answers: Derbyshire

answers: NDQ_001798

answers: On March 11, 2016

answers: NDQ_001799

answers: chlorine

answers: NDQ_001800

answers: water supply.

answers: NDQ_001801

answers: 2016

answers: NDQ_001802

answers: high levels of chlorine

answers: NDQ_001803

answers: chlorine

answers: NDQ_001804

answers: Severn Trent

answers: NDQ_001805

answers: households

text: For water business, there are several methods and technologies that are available and are used worldwide for treating raw water into drinking quality or industrial wastewater.

text: For water business, there are several methods and technologies that are available and are used worldwide for treating raw water into drinking quality or industrial wastewater.

answers: NDQ_001768

answers: more water than developed nations.

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a chemical reaction

answers: NDQ_001771

answers: swimming, boating, and fishing.

answers: NDQ_001772

answers: industrial wastewater

answers: NDQ_001773

answers: are used in the manufacture of fertilizers, pesticides, and pesticides.

answers: NDQ_001774

answers: is not treated

answers: NDQ_001775

answers: industrial purposes

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: the quality of the water

answers: NDQ_001778

answers: industrial wastewater

answers: NDQ_001781

answers: is not treated properly

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a method of treating raw water into drinking quality?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: It's impossible to say

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: none of the above choices

answers: NDQ_001796

answers: Which of the following is not an example of a waterborne disease?

answers: NDQ_001797

answers: None of the above choices.

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: is water scarcity

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: industrial wastewater

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used as a septic tank

answers: NDQ_001805

answers: industrial wastewater

answers: NDQ_001768

answers: raw water into drinking quality or industrial wastewater.

answers: NDQ_001769

answers: drinking quality

answers: NDQ_001770

answers: industrial wastewater.

answers: NDQ_001771

answers: drinking quality

answers: NDQ_001772

answers: industrial wastewater.

answers: NDQ_001773

answers: water business,

answers: NDQ_001774

answers: industrial wastewater.

answers: NDQ_001775

answers: wastewater.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: treating raw water into drinking quality

answers: NDQ_001778

answers: industrial wastewater.

answers: NDQ_001781

answers: raw water into drinking quality

answers: NDQ_001782

answers: For water business,

answers: NDQ_001785

answers: For water business,

answers: NDQ_001787

answers: industrial wastewater.

answers: NDQ_001788

answers: industrial wastewater.

answers: NDQ_001789

answers: treating raw water into drinking quality or industrial wastewater.

answers: NDQ_001790

answers: For water business,

answers: NDQ_001791

answers: For water business,

answers: NDQ_001792

answers: For water business,

answers: NDQ_001793

answers: raw water into drinking quality

answers: NDQ_001794

answers: raw water

answers: NDQ_001795

answers: raw water into drinking quality

answers: NDQ_001796

answers: For water business,

answers: NDQ_001797

answers: For water business,

answers: NDQ_001798

answers: For water business,

answers: NDQ_001799

answers: raw water into drinking quality

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: For water business,

answers: NDQ_001802

answers: industrial wastewater.

answers: NDQ_001803

answers: For water business,

answers: NDQ_001804

answers: industrial wastewater.

answers: NDQ_001805

answers: drinking quality

text: In areas with decreasing precipitation as predicted by the climate models, soil moisture may be substantially reduced.  With this in mind, agriculture in most areas needs irrigation already, which depletes fresh water supplies both by the physical use of the water and the degradation agriculture causes to the water. Irrigation increases salt and nutrient content in areas that would not normally be affected, and damages streams and rivers from damming and removal of water. Fertilizer enters both human and livestock waste streams that eventually enter groundwater, while nitrogen, phosphorus, and other chemicals from fertilizer can acidify both soils and water.  Certain agricultural demands may increase more than others with an increasingly wealthier global population, and meat is one commodity expected to double global food demand by 2050, which directly affects the global supply of fresh water.  Cows need water to drink, more if the temperature is high and humidity is low, and more if the production system the cow is in is extensive, since finding food takes more effort.  Water is needed in processing of the meat, and also in the production of feed for the livestock. Manure can contaminate bodies of freshwater, and slaughterhouses, depending on how well they are managed, contribute waste such as blood, fat, hair, and other bodily contents to supplies of fresh water.

text: In areas with decreasing precipitation as predicted by the climate models, soil moisture may be substantially reduced.  With this in mind, agriculture in most areas needs irrigation already, which depletes fresh water supplies both by the physical use of the water and the degradation agriculture causes to the water. Irrigation increases salt and nutrient content in areas that would not normally be affected, and damages streams and rivers from damming and removal of water. Fertilizer enters both human and livestock waste streams that eventually enter groundwater, while nitrogen, phosphorus, and other chemicals from fertilizer can acidify both soils and water.  Certain agricultural demands may increase more than others with an increasingly wealthier global population, and meat is one commodity expected to double global food demand by 2050, which directly affects the global supply of fresh water.  Cows need water to drink, more if the temperature is high and humidity is low, and more if the production system the cow is in is extensive, since finding food takes more effort.  Water is needed in processing of the meat, and also in the production of feed for the livestock. Manure can contaminate bodies of freshwater, and slaughterhouses, depending on how well they are managed, contribute waste such as blood, fat, hair, and other bodily contents to supplies of fresh water.

answers: NDQ_001768

answers: Irrigation

answers: NDQ_001769

answers: agriculture in most areas

answers: NDQ_001770

answers: salt and nutrient content

answers: NDQ_001771

answers: Which of the following is not a source of fresh water: agriculture, fertilizer, or slaughterhouses?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of fertilizer: nitrogen, phosphorus, or water?

answers: NDQ_001774

answers: fertilizer enters human and livestock waste streams

answers: NDQ_001775

answers: processing meat, and also in the production of feed

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: food demand

answers: NDQ_001778

answers: fertilizer

answers: NDQ_001781

answers: damages streams and rivers

answers: NDQ_001782

answers: Which of the following is not a form of life: cows, fertilizer, or meat?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What can acidify both soils and water?

answers: NDQ_001788

answers: What can fertilizer do to soils and water?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of fertilizer: nitrogen, phosphorus, and other chemicals from fertilizer

answers: NDQ_001797

answers: Which of the following is not a type of fertilizer: nitrogen, phosphorus, or fertilizer?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: fresh water

answers: NDQ_001801

answers: soil moisture may be substantially reduced

answers: NDQ_001802

answers: depletes fresh water supplies both by the physical use of the water and the degradation agriculture causes to the water

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: Irrigation

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: irrigation

answers: NDQ_001769

answers: agriculture

answers: NDQ_001770

answers: increases salt and nutrient content

answers: NDQ_001771

answers: Cows need water to drink,

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: fertilizer can acidify both soils and water.

answers: NDQ_001774

answers: Fertilizer

answers: NDQ_001775

answers: processing of the meat, and also in the production of feed for the livestock.

answers: NDQ_001776

answers: Fertilizer

answers: NDQ_001777

answers: Certain agricultural demands may increase more than others with an increasingly wealthier global population,

answers: NDQ_001778

answers: Fertilizer

answers: NDQ_001781

answers: physical use of the water and the degradation agriculture causes to the water.

answers: NDQ_001782

answers: Cows need water to drink,

answers: NDQ_001785

answers: food

answers: NDQ_001787

answers: Fertilizer

answers: NDQ_001788

answers: damages streams and rivers from damming and removal of water.

answers: NDQ_001789

answers: Water is needed in processing of the meat,

answers: NDQ_001790

answers: meat is one commodity expected to double global food demand by 2050,

answers: NDQ_001791

answers: agriculture in most areas needs irrigation

answers: NDQ_001792

answers: agriculture in most areas needs irrigation already, which depletes fresh water supplies

answers: NDQ_001793

answers: increasingly wealthier

answers: NDQ_001794

answers: groundwater,

answers: NDQ_001795

answers: meat is one commodity expected to double global food demand by 2050,

answers: NDQ_001796

answers: Manure can contaminate bodies of freshwater,

answers: NDQ_001797

answers: agriculture in most areas needs irrigation

answers: NDQ_001798

answers: increasingly wealthier global population,

answers: NDQ_001799

answers: Manure can contaminate bodies of freshwater,

answers: NDQ_001800

answers: fresh water supplies

answers: NDQ_001801

answers: soil moisture may be substantially reduced.

answers: NDQ_001802

answers: Manure can contaminate bodies of freshwater,

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: groundwater,

answers: NDQ_001805

answers: agriculture

text: Process water is water that is used in a variety of manufacturing operations, such as: coating and plating; rinsing and spraying; washing and etc. Municipal and ground water often contain dissolved minerals which make it unsuitable for these processes because it would affect product quality and/or increase manufacturing costs. A proper incoming water treatment system can remedy these issues and create the right water conditions for specific industrial processes.

text: Process water is water that is used in a variety of manufacturing operations, such as: coating and plating; rinsing and spraying; washing and etc. Municipal and ground water often contain dissolved minerals which make it unsuitable for these processes because it would affect product quality and/or increase manufacturing costs. A proper incoming water treatment system can remedy these issues and create the right water conditions for specific industrial processes.

answers: NDQ_001768

answers: municipal water

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: dissolved minerals

answers: NDQ_001771

answers: swimming, boating, and fishing

answers: NDQ_001772

answers: industrial processes

answers: NDQ_001773

answers: are used in the production of crops.

answers: NDQ_001774

answers: contains dissolved minerals

answers: NDQ_001775

answers: rinsing and spraying

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Municipal and ground

answers: NDQ_001778

answers: manufacturing costs

answers: NDQ_001781

answers: contains dissolved minerals

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a type of process water: coating and plating, rinsing and spraying, washing, etc?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: dissolved minerals

answers: NDQ_001797

answers: Which of the following is not a reason for people to use less water?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving?

answers: NDQ_001800

answers: dissolved minerals

answers: NDQ_001801

answers: can remedy these issues

answers: NDQ_001802

answers: dissolved minerals

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Municipal

answers: NDQ_001805

answers: industrial processes

answers: NDQ_001768

answers: Municipal and ground water

answers: NDQ_001769

answers: Municipal and ground water often contain dissolved minerals

answers: NDQ_001770

answers: dissolved minerals

answers: NDQ_001771

answers: washing

answers: NDQ_001772

answers: manufacturing operations,

answers: NDQ_001773

answers: Process water

answers: NDQ_001774

answers: dissolved minerals

answers: NDQ_001775

answers: Process water is water that is used in a variety of manufacturing operations,

answers: NDQ_001776

answers: dissolved minerals

answers: NDQ_001777

answers: incoming water treatment system

answers: NDQ_001778

answers: rinsing and spraying;

answers: NDQ_001781

answers: dissolved minerals

answers: NDQ_001782

answers: Process water

answers: NDQ_001785

answers: Process water

answers: NDQ_001787

answers: dissolved minerals

answers: NDQ_001788

answers: incoming water treatment system

answers: NDQ_001789

answers: Process water

answers: NDQ_001790

answers: Process water

answers: NDQ_001791

answers: Municipal and ground water

answers: NDQ_001792

answers: Process water

answers: NDQ_001793

answers: incoming water treatment system

answers: NDQ_001794

answers: ground water

answers: NDQ_001795

answers: incoming water treatment system

answers: NDQ_001796

answers: Municipal and ground water often contain dissolved minerals

answers: NDQ_001797

answers: Municipal and ground water often contain dissolved minerals

answers: NDQ_001798

answers: Process water

answers: NDQ_001799

answers: Municipal and ground water often contain dissolved minerals

answers: NDQ_001800

answers: dissolved minerals

answers: NDQ_001801

answers: Municipal and ground water

answers: NDQ_001802

answers: dissolved minerals

answers: NDQ_001803

answers: incoming water treatment system

answers: NDQ_001804

answers: incoming water treatment system

answers: NDQ_001805

answers: manufacturing operations,

text: Controlling and manipulating the water supply for human benefit dramatically transformed the landscape where all but 400,000 acres of natural wetlands became farms and towns, a reduction in wetland area of 90%. The elimination of wetland areas concentrated the migrating and resident wildlife onto less land and required their sharing of and dependence on less water. This unhealthy crowding caused bird populations to decline as they suffered from disease and the lack of necessary food, shelter, and water. Compounding the problem, human activity, in some cases, polluted the waters that flowed into the remaining wetlands. The Kesterson Reservoir disaster provided a clear indication that wildlife was suffering in the modified Central Valley and helped inspire actions to mitigate for the CVP's effects to bird and fish populations.

text: Controlling and manipulating the water supply for human benefit dramatically transformed the landscape where all but 400,000 acres of natural wetlands became farms and towns, a reduction in wetland area of 90%. The elimination of wetland areas concentrated the migrating and resident wildlife onto less land and required their sharing of and dependence on less water. This unhealthy crowding caused bird populations to decline as they suffered from disease and the lack of necessary food, shelter, and water. Compounding the problem, human activity, in some cases, polluted the waters that flowed into the remaining wetlands. The

text: Kesterson Reservoir

text: disaster provided a clear indication that wildlife was suffering in the modified Central Valley and helped inspire actions to mitigate for the CVP's effects to bird and fish populations.

answers: NDQ_001768

answers: farms and towns

answers: NDQ_001769

answers: farms

answers: NDQ_001770

answers: birds to suffer from disease

answers: NDQ_001771

answers: fishing

answers: NDQ_001772

answers: farms

answers: NDQ_001773

answers: What caused birds to suffer from disease and the lack of necessary food, shelter, and water?

answers: NDQ_001774

answers: polluted

answers: NDQ_001775

answers: farms and towns

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: human activity

answers: NDQ_001778

answers: Controlling and manipulating the water supply

answers: NDQ_001781

answers: polluted

answers: NDQ_001782

answers: Which of the following is true of birds?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is true of farms and towns?

answers: NDQ_001789

answers: Which of the following is not a benefit of the Kesterson Reservoir?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a cause of bird populations to decline: disease and the lack of food, shelter, and water?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, Central, or Wetlands?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: NDQ_001801

answers: The Kesterson Reservoir disaster

answers: NDQ_001802

answers: in some cases

answers: NDQ_001803

answers: wetlands

answers: NDQ_001804

answers: Kesterson Reservoir

answers: NDQ_001805

answers: farms

answers: NDQ_001768

answers: less water.

answers: NDQ_001769

answers: human benefit

answers: NDQ_001770

answers: bird populations to decline

answers: NDQ_001771

answers: fish

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Controlling and manipulating the water supply for human benefit

answers: NDQ_001774

answers: polluted

answers: NDQ_001775

answers: human benefit

answers: NDQ_001776

answers: human activity,

answers: NDQ_001777

answers: human activity,

answers: NDQ_001778

answers: polluted the waters that flowed into the remaining wetlands.

answers: NDQ_001781

answers: polluted the waters that flowed into the remaining wetlands.

answers: NDQ_001782

answers: wildlife onto less land and required their sharing of and dependence on less water.

answers: NDQ_001785

answers: food,

answers: NDQ_001787

answers: polluted the waters that flowed into the remaining wetlands.

answers: NDQ_001788

answers: polluted the waters that flowed into the remaining wetlands.

answers: NDQ_001789

answers: Controlling and manipulating the water supply for human benefit

answers: NDQ_001790

answers: 90%.

answers: NDQ_001791

answers: 90%.

answers: NDQ_001792

answers: wetlands

answers: NDQ_001793

answers: 90%.

answers: NDQ_001794

answers: Controlling and manipulating the water supply

answers: NDQ_001795

answers: a reduction in wetland area of 90%.

answers: NDQ_001796

answers: bird populations to decline

answers: NDQ_001797

answers: wildlife onto less land and required their sharing of and dependence on less water.

answers: NDQ_001798

answers: 90%.

answers: NDQ_001799

answers: human activity, in some cases, polluted the waters

answers: NDQ_001800

answers: Controlling and manipulating the water supply

answers: NDQ_001801

answers: Kesterson Reservoir disaster

answers: NDQ_001802

answers: in some cases,

answers: NDQ_001803

answers: Controlling and manipulating the water supply

answers: NDQ_001804

answers: Kesterson Reservoir

answers: NDQ_001805

answers: human benefit

text: The water fluoridation controversy arises from political, moral, ethical, economic, and safety concerns regarding the fluoridation of public water supplies.  Those opposed argue that water fluoridation may cause serious health problems, is not effective enough to justify the costs, and has a dosage that cannot be precisely controlled.

text: The water fluoridation controversy arises from political, moral, ethical, economic, and safety concerns regarding the fluoridation of public

text: water supplies

text: .  Those opposed argue that water fluoridation may cause serious health problems, is not effective enough to justify the costs, and has a dosage that cannot be precisely controlled.

answers: NDQ_001768

answers: water fluoridation

answers: NDQ_001769

answers: public

answers: NDQ_001770

answers: serious health problems

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: public water supplies

answers: NDQ_001773

answers: are used in the manufacture of fertilizers

answers: NDQ_001774

answers: is not precisely controlled

answers: NDQ_001775

answers: fluoridation

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: water fluoridation

answers: NDQ_001778

answers: water fluoridation

answers: NDQ_001781

answers: is not effective enough to justify the costs

answers: NDQ_001782

answers: Why is water fluoridation controversial?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: None of the above choices.

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What does the water fluoridation controversy relate to?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a concern with water fluoridation: political, moral, ethical, economic, and safety concerns?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: can cause serious health problems

answers: NDQ_001802

answers: may cause serious health problems

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: can not be precisely controlled

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: fluoridation of public water supplies.

answers: NDQ_001769

answers: public water supplies.

answers: NDQ_001770

answers: serious health problems,

answers: NDQ_001771

answers: The water fluoridation

answers: NDQ_001772

answers: public water supplies.

answers: NDQ_001773

answers: The water fluoridation

answers: NDQ_001774

answers: fluoridation of public water supplies.

answers: NDQ_001775

answers: The water fluoridation

answers: NDQ_001776

answers: The water fluoridation

answers: NDQ_001777

answers: fluoridation of public water supplies.

answers: NDQ_001778

answers: The water fluoridation

answers: NDQ_001781

answers: not effective enough to justify the costs,

answers: NDQ_001782

answers: The water fluoridation

answers: NDQ_001785

answers: The water fluoridation

answers: NDQ_001787

answers: Those opposed argue that water fluoridation may cause serious health problems,

answers: NDQ_001788

answers: The water fluoridation

answers: NDQ_001789

answers: The water fluoridation

answers: NDQ_001790

answers: The water fluoridation

answers: NDQ_001791

answers: The water fluoridation

answers: NDQ_001792

answers: The water fluoridation

answers: NDQ_001793

answers: public water supplies.

answers: NDQ_001794

answers: The water fluoridation

answers: NDQ_001795

answers: The water fluoridation

answers: NDQ_001796

answers: Those opposed argue that water fluoridation may cause serious health problems,

answers: NDQ_001797

answers: The water fluoridation

answers: NDQ_001798

answers: The water fluoridation

answers: NDQ_001799

answers: The water fluoridation

answers: NDQ_001800

answers: The water fluoridation

answers: NDQ_001801

answers: The water fluoridation

answers: NDQ_001802

answers: serious health problems,

answers: NDQ_001803

answers: water fluoridation

answers: NDQ_001804

answers: water fluoridation

answers: NDQ_001805

answers: The water fluoridation

text: In addition, a stuck or malfunctioning water supply valve can deliver large amounts of water, causing extensive water damage if undetected for any period of time.  A water alarm, possibly with an automatic water shutoff, can help prevent this malfunction from causing major problems.

text: In addition, a stuck or malfunctioning water supply valve can deliver large amounts of water, causing extensive water damage if undetected for any period of time.  A

text: water alarm

text: , possibly with an automatic water shutoff, can help prevent this malfunction from causing major problems.

answers: NDQ_001768

answers: large amounts of water

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: extensive water damage

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: water alarms

answers: NDQ_001773

answers: are used to grow crops

answers: NDQ_001774

answers: unnoticed

answers: NDQ_001775

answers: causing extensive water damage

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water supply valve

answers: NDQ_001778

answers: unchecked

answers: NDQ_001781

answers: malfunctions

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Why might a stuck or malfunctioning water supply valve cause extensive water damage?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: water alarms can help prevent this malfunctioning

answers: NDQ_001797

answers: Which of the following is not a reason to install a water alarm?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause extensive water damage

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can deliver large amounts of water

answers: NDQ_001804

answers: can deliver large amounts of water

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001769

answers: water supply valve can deliver large amounts of water,

answers: NDQ_001770

answers: extensive water damage

answers: NDQ_001771

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001772

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001773

answers: water supply valve can deliver large amounts of water,

answers: NDQ_001774

answers: undetected for any period of time.

answers: NDQ_001775

answers: water supply valve can deliver large amounts of water, causing extensive water damage

answers: NDQ_001776

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001777

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001778

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001781

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001782

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001785

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001787

answers: A water alarm, possibly with an automatic water shutoff,

answers: NDQ_001788

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001789

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001790

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001791

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001792

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001793

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001794

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001795

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001796

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001797

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001798

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001799

answers: a stuck or malfunctioning water supply valve

answers: NDQ_001800

answers: water supply valve can deliver large amounts of water,

answers: NDQ_001801

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

answers: NDQ_001802

answers: extensive water damage

answers: NDQ_001803

answers: water supply valve

answers: NDQ_001804

answers: water supply valve

answers: NDQ_001805

answers: a stuck or malfunctioning water supply valve can deliver large amounts of water,

text: In 1929, the city opened its consolidated water works plant which replaced two separate plants that were on each side of the Saginaw river. This plant treated water brought in from the Saginaw river and piped it out to the residents as well as corner pumps for people that did not have direct connections to the system. Currently, the City of Saginaw jointly owns with the City of Midland the Saginaw-Midland Municipal Water Supply Corporation. Incorporated in 1946, this water treatment system has supplied drinking and industrial water to both cities and many surrounding areas within the county. Due to brackish water in the aquifers below both cities, a  long pipeline was constructed in 1948 to supply water from Lake Huron at White Stone Point, north of Au Gres to water treatment plants in Saginaw and Midland with a second pipe added by 1996. This system has played a role in the decline of the city. The City of Saginaw, in order to obtain new sources of revenue, sold water to areas outside of the city (especially to the Saginaw Charter Township). This caused numerous businesses inside the city to leave for the surrounding areas and development in the city to stagnate. The City of Midland, however, adopted a policy of "No Annexation, No Water" which has led to the growth of the city as well as the surrounding areas.

text: In 1929, the city opened its consolidated water works plant which replaced two separate plants that were on each side of the Saginaw river. This plant treated water brought in from the Saginaw river and piped it out to the residents as well as corner pumps for people that did not have direct connections to the system. Currently, the City of Saginaw jointly owns with the City of Midland the Saginaw-Midland Municipal Water Supply Corporation. Incorporated in 1946, this

text: water treatment

text: system has supplied drinking and industrial water to both cities and many surrounding areas within the county. Due to brackish water in the aquifers below both cities, a  long pipeline was constructed in 1948 to supply water from

text: Lake Huron

text: at White Stone Point, north of

text: Au Gres

text: to water treatment plants in Saginaw and Midland with a second pipe added by 1996. This system has played a role in the decline of the city. The City of Saginaw, in order to obtain new sources of revenue, sold water to areas outside of the city (especially to the

text: Saginaw Charter Township

text: ). This caused numerous businesses inside the city to leave for the surrounding areas and development in the city to stagnate. The City of Midland, however, adopted a policy of "No Annexation, No Water" which has led to the growth of the city as well as the surrounding areas.

answers: NDQ_001768

answers: drinking and industrial water

answers: NDQ_001769

answers: drinking and industrial

answers: NDQ_001770

answers: development in the city to stagnate

answers: NDQ_001771

answers: How many years after the city opened its consolidated water works plant was a second pipe added?

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: Which of the following is not a source of revenue for the City of Saginaw?

answers: NDQ_001774

answers: sold water to areas outside of the city

answers: NDQ_001775

answers: What has caused numerous businesses inside the city to leave for the surrounding areas

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: aquifers

answers: NDQ_001778

answers: sold water to areas outside of the city

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: Which happened first, the city opened its consolidated water works plant or the city adopted a policy of "No Annexation, No Water"

answers: NDQ_001785

answers: How many years after the city opened its consolidated water works plant did it open?

answers: NDQ_001787

answers: Which happened first, the city opened its consolidated water works plant or the city adopted a policy of "No Annexation, No Water"

answers: NDQ_001788

answers: What may be the reason for the decline of the city?

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Lake Huron at White Stone Point, north of Au Gres

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which happened first, the city opened its consolidated water works plant or the City of Midland adopted a policy of "No Annexation, No Water"?

answers: NDQ_001797

answers: Which happened first, the city opened its consolidated water works plant or the city adopted a policy of "No Annexation, No Water"?

answers: NDQ_001798

answers: How many years after the city opened its consolidated water works plant was a second pipe added by 1996?

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a second pipe added by 1996

answers: NDQ_001802

answers: brackish water

answers: NDQ_001803

answers: corner pumps

answers: NDQ_001804

answers: a long pipeline

answers: NDQ_001805

answers: industrial water

answers: NDQ_001768

answers: "No Annexation, No Water"

answers: NDQ_001769

answers: drinking and industrial water

answers: NDQ_001770

answers: development in the city to stagnate.

answers: NDQ_001771

answers: drinking

answers: NDQ_001772

answers: industrial water

answers: NDQ_001773

answers: water works plant

answers: NDQ_001774

answers: sold water to areas outside of the city

answers: NDQ_001775

answers: industrial water

answers: NDQ_001776

answers: "No Annexation, No Water"

answers: NDQ_001777

answers: brackish water in the aquifers

answers: NDQ_001778

answers: sold water to areas outside of the city

answers: NDQ_001781

answers: brackish water

answers: NDQ_001782

answers: "No Annexation, No Water"

answers: NDQ_001785

answers: "No Annexation, No Water"

answers: NDQ_001787

answers: brackish water

answers: NDQ_001788

answers: "No Annexation, No Water"

answers: NDQ_001789

answers: industrial water

answers: NDQ_001790

answers: "No Annexation, No Water"

answers: NDQ_001791

answers: "No Annexation, No Water"

answers: NDQ_001792

answers: Lake Huron

answers: NDQ_001793

answers: "No Annexation, No Water"

answers: NDQ_001794

answers: aquifers

answers: NDQ_001795

answers: "No Annexation, No Water"

answers: NDQ_001796

answers: "No Annexation, No Water"

answers: NDQ_001797

answers: "No Annexation, No Water"

answers: NDQ_001798

answers: "No Annexation, No Water"

answers: NDQ_001799

answers: water brought in from the Saginaw river

answers: NDQ_001800

answers: "No Annexation, No Water"

answers: NDQ_001801

answers: 1996.

answers: NDQ_001802

answers: brackish

answers: NDQ_001803

answers: a long pipeline

answers: NDQ_001804

answers: a long pipeline

answers: NDQ_001805

answers: drinking and industrial water

text: Water resources  are sources of water that are potentially useful. Uses of water include agricultural, industrial, household, recreational and environmental activities.  The majority of  human uses require fresh water.

text: Water resources  are sources of

text: water

text: that are potentially useful. Uses of water include

text: agricultural

text: industrial

text: household

text: recreational

text: and

text: environmental

text: activities.  The majority of  human uses require

text: fresh water

answers: NDQ_001768

answers: fresh water for most of their activities

answers: NDQ_001769

answers: agricultural

answers: NDQ_001770

answers: water resources to be depleted

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: can be used as a source of water in agriculture

answers: NDQ_001774

answers: is evaporated

answers: NDQ_001775

answers: What are some uses of water?

answers: NDQ_001776

answers: waterborne diseases

answers: NDQ_001777

answers: water resources

answers: NDQ_001778

answers: agricultural

answers: NDQ_001781

answers: uses too much water

answers: NDQ_001782

answers: Which of the following is not a use of water: agricultural, industrial, household or environmental?

answers: NDQ_001785

answers: What can we do without water?

answers: NDQ_001787

answers: Which of the following is not a use of water: agricultural, industrial, household, or environmental?

answers: NDQ_001788

answers: industrial

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: None of the above choices.

answers: NDQ_001791

answers: How many percent of earths surface is covered with water?

answers: NDQ_001792

answers: What are some uses of glaciers?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a use of water: agricultural, industrial, household, or recreational?

answers: NDQ_001797

answers: Which of the following is not a human use: agricultural, industrial, household, or environmental?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: aquifers

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be considered a water resource

answers: NDQ_001804

answers: can be used for irrigation

answers: NDQ_001805

answers: industrial

answers: NDQ_001768

answers: fresh water.

answers: NDQ_001769

answers: agricultural, industrial, household, recreational and environmental activities.

answers: NDQ_001770

answers: agricultural, industrial, household, recreational and environmental activities.

answers: NDQ_001771

answers: recreational and environmental activities.

answers: NDQ_001772

answers: agricultural, industrial,

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: fresh water.

answers: NDQ_001775

answers: industrial,

answers: NDQ_001776

answers: Water resources are sources of water

answers: NDQ_001777

answers: Water resources

answers: NDQ_001778

answers: agricultural, industrial,

answers: NDQ_001781

answers: fresh water.

answers: NDQ_001782

answers: The majority of human uses require fresh water.

answers: NDQ_001785

answers: The majority of human uses require fresh water.

answers: NDQ_001787

answers: The majority of human uses require fresh water.

answers: NDQ_001788

answers: The majority of human uses require fresh water.

answers: NDQ_001789

answers: industrial,

answers: NDQ_001790

answers: The majority of human uses require fresh water.

answers: NDQ_001791

answers: The majority of human uses require fresh water.

answers: NDQ_001792

answers: The majority of human uses require fresh water.

answers: NDQ_001793

answers: The majority of human uses require fresh water.

answers: NDQ_001794

answers: Water resources

answers: NDQ_001795

answers: The majority of human uses require fresh water.

answers: NDQ_001796

answers: The majority of human uses require fresh water.

answers: NDQ_001797

answers: The majority of human uses require fresh water.

answers: NDQ_001798

answers: The majority of human uses require fresh water.

answers: NDQ_001799

answers: fresh water.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water resources

answers: NDQ_001802

answers: industrial, household, recreational and environmental activities.

answers: NDQ_001803

answers: Water resources

answers: NDQ_001804

answers: Water resources

answers: NDQ_001805

answers: The majority of human uses require fresh water.

text: The water quality in the Mahomet Aquifer is high in dissolved minerals and iron, which is typical of all groundwater. Neither of these pose a human health risk. One contaminant that is of concern is naturally occurring arsenic. The arsenic leaches from oxidized pyrite. Concentrations can range from 20 to 70 parts per billion (ppb), which exceeds the new standard adopted by the U.S. Environmental Protection Agency (Panno and Korab, 2000). The new standard is 10 ppb. Water-supply systems must comply with the new standard from January 23, 2006 (EPA, 2004). Fortunately, arsenic can be effectively removed with commercially available water-treatment systems.

text: The water quality in the Mahomet Aquifer is high in dissolved minerals and iron, which is typical of all groundwater. Neither of these pose a human health risk. One

text: contaminant

text: that is of concern is naturally occurring

text: arsenic

text: . The arsenic

text: leach

text: es from

text: oxidized pyrite

text: . Concentrations can range from 20 to 70

text: parts per billion

text: (ppb), which exceeds the new standard adopted by the

text: U.S. Environmental Protection Agency

text: (Panno and Korab, 2000). The new standard is 10 ppb. Water-supply systems must comply with the new standard from January 23, 2006 (EPA, 2004). Fortunately, arsenic can be effectively removed with commercially available water-treatment systems.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: What does the EPA mean?

answers: NDQ_001770

answers: arsenic

answers: NDQ_001771

answers: What can arsenic be effectively removed with?

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a source of arsenic: arsenic leaches from oxidized pyrite?

answers: NDQ_001774

answers: dissolved minerals and iron

answers: NDQ_001775

answers: How can arsenic be removed with commercially available water-treatment systems?

answers: NDQ_001776

answers: arsenic

answers: NDQ_001777

answers: groundwater

answers: NDQ_001778

answers: arsenic

answers: NDQ_001781

answers: arsenic

answers: NDQ_001782

answers: Which of the following is not a form of life: humans, arsenic or groundwater?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What can be removed with commercially available water-treatment systems?

answers: NDQ_001788

answers: What can be effectively removed with commercially available water-treatment systems?

answers: NDQ_001789

answers: Which of the following is not a contaminant that is of concern is naturally occurring arsenic

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What can be effectively removed with commercially available water-treatment systems?

answers: NDQ_001797

answers: Which of the following is not a contaminant that is of concern is naturally occurring arsenic?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What can be removed with commercially available water-treatment systems?

answers: NDQ_001800

answers: arsenic

answers: NDQ_001801

answers: January 23, 2006

answers: NDQ_001802

answers: concentrations can range from 20 to 70 parts per billion (ppb), which exceeds the new standard

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: aquifer

answers: NDQ_001805

answers: not enough information

answers: NDQ_001768

answers: groundwater.

answers: NDQ_001769

answers: Water-supply systems

answers: NDQ_001770

answers: arsenic.

answers: NDQ_001771

answers: Water-supply systems must comply with the new standard from January 23, 2006

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: arsenic.

answers: NDQ_001774

answers: arsenic.

answers: NDQ_001775

answers: Water-supply systems

answers: NDQ_001776

answers: arsenic.

answers: NDQ_001777

answers: Water-supply systems

answers: NDQ_001778

answers: Water-supply systems

answers: NDQ_001781

answers: arsenic.

answers: NDQ_001782

answers: Neither of these pose a human health risk.

answers: NDQ_001785

answers: Neither of these pose a human health risk.

answers: NDQ_001787

answers: arsenic.

answers: NDQ_001788

answers: arsenic.

answers: NDQ_001789

answers: groundwater.

answers: NDQ_001790

answers: Neither of these pose a human health risk.

answers: NDQ_001791

answers: 2006

answers: NDQ_001792

answers: The water quality in the Mahomet Aquifer

answers: NDQ_001793

answers: Neither of these pose a human health risk.

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: 2006

answers: NDQ_001796

answers: arsenic.

answers: NDQ_001797

answers: The water quality in the Mahomet Aquifer

answers: NDQ_001798

answers: 2006

answers: NDQ_001799

answers: Neither of these pose a human health risk.

answers: NDQ_001800

answers: arsenic.

answers: NDQ_001801

answers: 2006

answers: NDQ_001802

answers: 20 to 70 parts per billion (ppb),

answers: NDQ_001803

answers: Water-supply systems

answers: NDQ_001804

answers: Mahomet Aquifer

answers: NDQ_001805

answers: Water-supply systems

text: Water supply for the city is supplied by the Metropolitan Water Works and Sewerage System (MWSS)' west concessionaire Maynilad Water Services, Inc (MWSI). As of 2006, the city has at least 68% water service coverage as determined by the Regulatory Office of the MWSS. Each customer receives at least 7 psi water pressure, which means supply can reach for up to two floors for residential use. Maynilad is owned and currently operated by DMCI Holdings, Inc.–Metro Pacific Investments Corporation (DMCI-MPIC).

text: Water supply for the city is supplied by the Metropolitan Water Works and Sewerage System (MWSS)' west concessionaire Maynilad Water Services, Inc (MWSI). As of 2006, the city has at least 68% water service coverage as determined by the Regulatory Office of the MWSS. Each customer receives at least 7

text: psi

text: water pressure, which means supply can reach for up to two floors for residential use. Maynilad is owned and currently operated by DMCI Holdings, Inc.–Metro Pacific Investments Corporation (DMCI-MPIC).

answers: NDQ_001768

answers: residential use

answers: NDQ_001769

answers: residential use

answers: NDQ_001770

answers: water pressure to decrease

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: residential use

answers: NDQ_001773

answers: are used in the manufacture of fertilizers and pesticides

answers: NDQ_001774

answers: Sewerage System

answers: NDQ_001775

answers: industrial use

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: the Regulatory Office of the MWSS

answers: NDQ_001778

answers: residential use

answers: NDQ_001781

answers: is not pressured enough

answers: NDQ_001782

answers: What is Maynilad Water Services, Inc?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: How many customers receive at least 7 psi water pressure?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: As of 2006, the city has at least 68% water service coverage

answers: NDQ_001797

answers: How would you describe Maynilad Water Services, Inc?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: NDQ_001801

answers: 2006

answers: NDQ_001802

answers: As of 2006, the city has at least 68% water service coverage as determined by the Regulatory Office

answers: NDQ_001803

answers: Sewerage

answers: NDQ_001804

answers: Sewerage System

answers: NDQ_001805

answers: residential use

answers: NDQ_001768

answers: 7 psi water pressure,

answers: NDQ_001769

answers: residential

answers: NDQ_001770

answers: 7 psi water pressure,

answers: NDQ_001771

answers: residential use.

answers: NDQ_001772

answers: Maynilad

answers: NDQ_001773

answers: DMCI Holdings, Inc.–Metro Pacific Investments Corporation

answers: NDQ_001774

answers: two floors

answers: NDQ_001775

answers: residential use.

answers: NDQ_001776

answers: water pressure,

answers: NDQ_001777

answers: Each customer receives at least 7 psi water pressure,

answers: NDQ_001778

answers: residential use.

answers: NDQ_001781

answers: 7 psi water pressure,

answers: NDQ_001782

answers: Metropolitan Water Works and Sewerage System

answers: NDQ_001785

answers: Metropolitan Water Works and Sewerage System

answers: NDQ_001787

answers: Metropolitan Water Works and Sewerage System

answers: NDQ_001788

answers: Metropolitan Water Works and Sewerage System

answers: NDQ_001789

answers: 7 psi water pressure,

answers: NDQ_001790

answers: 68% water service coverage

answers: NDQ_001791

answers: 68%

answers: NDQ_001792

answers: Water

answers: NDQ_001793

answers: 7 psi water pressure,

answers: NDQ_001794

answers: Metropolitan Water Works and Sewerage System

answers: NDQ_001795

answers: 2006,

answers: NDQ_001796

answers: Metropolitan Water Works and Sewerage System

answers: NDQ_001797

answers: Each customer receives at least 7 psi water pressure,

answers: NDQ_001798

answers: 2006,

answers: NDQ_001799

answers: 7 psi water pressure,

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: 2006,

answers: NDQ_001802

answers: 68%

answers: NDQ_001803

answers: water pressure,

answers: NDQ_001804

answers: Sewerage System

answers: NDQ_001805

answers: residential use.

text: Another path in which the water can circulate is by flowing directly to the ocean. Pollutants are prevalent in coastal and open-ocean waters as contaminated water flows from point sources to the sea. These pollutants are then distributed globally due to the circulation of the ocean currents and migration of exposed marine life. This becomes an explanation of how the chemicals, once again, find their way to a human consumer. Marine wildlife in a polluted area exists in and consumes contaminated water daily. When it is harvested, it has accumulated an amount of harmful chemicals/EDCs relatively high to that compared to ambient ocean levels. This is then passed on to consumers of the seafood: humans, whereas the chemicals bioaccumulate in their bodies eventually causing sex-related health problems.

text: Another path in which the water can circulate is by flowing directly to the ocean. Pollutants are prevalent in coastal and open-ocean waters as contaminated water flows from point sources to the sea. These pollutants are then distributed globally due to the circulation of the ocean currents and

text: migration

text: of exposed marine life. This becomes an explanation of how the chemicals, once again, find their way to a human consumer. Marine wildlife in a polluted area exists in and consumes contaminated water daily. When it is harvested, it has accumulated an amount of harmful chemicals/EDCs relatively high to that compared to ambient ocean levels. This is then passed on to consumers of the seafood: humans, whereas the chemicals bioaccumulate in their bodies eventually causing sex-related health problems.

answers: NDQ_001768

answers: contaminated water

answers: NDQ_001769

answers: What does municipal use of water refer to?

answers: NDQ_001770

answers: Sex-related health problems

answers: NDQ_001771

answers: fishing and swimming

answers: NDQ_001772

answers: marine wildlife

answers: NDQ_001773

answers: Which of the following is not a source of pollutants: ocean currents, marine wildlife, or contaminated water?

answers: NDQ_001774

answers: pollutes

answers: NDQ_001775

answers: Chemicals

answers: NDQ_001776

answers: EDCs

answers: NDQ_001777

answers: pollution levels

answers: NDQ_001778

answers: consumers of the seafood

answers: NDQ_001781

answers: pollutes the ocean

answers: NDQ_001782

answers: Which of the following is not a form of life: marine wildlife or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of pollutants: point sources to the sea?

answers: NDQ_001788

answers: Which of the following is not an example of a point source?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or oceans?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a source of pollution: coastal and open-ocean waters

answers: NDQ_001797

answers: Which of the following is not a path in which the water can circulate?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: polluted water

answers: NDQ_001801

answers: sex-related health problems

answers: NDQ_001802

answers: prevalent in coastal and open-ocean waters

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: point sources

answers: NDQ_001805

answers: human consumer

answers: NDQ_001768

answers: flowing directly to the ocean.

answers: NDQ_001769

answers: Another

answers: NDQ_001770

answers: sex-related health problems.

answers: NDQ_001771

answers: flowing directly to the ocean.

answers: NDQ_001772

answers: Marine wildlife

answers: NDQ_001773

answers: harmful chemicals/EDCs

answers: NDQ_001774

answers: contaminated water

answers: NDQ_001775

answers: flowing directly to the ocean.

answers: NDQ_001776

answers: sex-related health problems.

answers: NDQ_001777

answers: contaminated water flows from point sources

answers: NDQ_001778

answers: harvested,

answers: NDQ_001781

answers: flowing directly to the ocean. Pollutants

answers: NDQ_001782

answers: Marine wildlife

answers: NDQ_001785

answers: water can circulate is by flowing directly to the ocean.

answers: NDQ_001787

answers: contaminated water flows from point sources to the sea.

answers: NDQ_001788

answers: flowing directly to the ocean.

answers: NDQ_001789

answers: flowing directly to the ocean.

answers: NDQ_001790

answers: Pollutants are prevalent in coastal and open-ocean waters

answers: NDQ_001791

answers: ocean.

answers: NDQ_001792

answers: flowing directly to the ocean.

answers: NDQ_001793

answers: ocean.

answers: NDQ_001794

answers: ocean.

answers: NDQ_001795

answers: Pollutants are prevalent in coastal and open-ocean waters

answers: NDQ_001796

answers: sex-related health problems.

answers: NDQ_001797

answers: Pollutants are prevalent in coastal and open-ocean waters

answers: NDQ_001798

answers: flowing directly to the ocean.

answers: NDQ_001799

answers: circulation of the ocean currents

answers: NDQ_001800

answers: marine life.

answers: NDQ_001801

answers: Pollutants are prevalent in coastal and open-ocean waters

answers: NDQ_001802

answers: Pollutants are prevalent

answers: NDQ_001803

answers: flowing directly to the ocean.

answers: NDQ_001804

answers: flowing directly to the ocean.

answers: NDQ_001805

answers: seafood:

text: About half the population does not have access to an improved water source, defined as a protected well, standpipe or a handpump within 1 km. The few existing piped water supply systems are often not well maintained and the water they provide is often not safe to drink. Displaced people returning home put a huge strain on infrastructure, and the government institutions in charge of the sector are weak. Substantial external funding from numerous government agencies and non-governmental organizations is available to improve water supply.

text: About half the population does not have access to an

text: improved water source

text: , defined as a protected well, standpipe or a handpump within 1 km. The few existing piped water supply systems are often not well maintained and the water they provide is often not safe to drink. Displaced people returning home put a huge strain on infrastructure, and the government institutions in charge of the sector are weak. Substantial external funding from numerous government agencies and non-governmental organizations is available to improve water supply.

answers: NDQ_001768

answers: a protected well

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Displaced people

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: non-governmental organizations

answers: NDQ_001773

answers: Which of the following is not a source of water: a protected well, standpipe or a handpump?

answers: NDQ_001774

answers: is not safe to drink

answers: NDQ_001775

answers: What is not safe to drink?

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: about half the population

answers: NDQ_001778

answers: Displaced people returning home

answers: NDQ_001781

answers: is not safe to drink

answers: NDQ_001782

answers: Which of the following is not a form of water: well, standpipe or a handpump?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: what is the second to last word in the passage?

answers: NDQ_001789

answers: Which of the following is not a water source: a protected well, standpipe or a handpump?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does the passage imply?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: About half the population does not have access to an improved water source

answers: NDQ_001797

answers: Which of the following is not a type of water supply system: protected well, standpipe or a handpump?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: often not safe to drink

answers: NDQ_001803

answers: handpump

answers: NDQ_001804

answers: standpipe

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: a protected well, standpipe or a handpump

answers: NDQ_001769

answers: drink.

answers: NDQ_001770

answers: not safe to drink.

answers: NDQ_001771

answers: a protected well, standpipe or a handpump

answers: NDQ_001772

answers: half the population does not have access to an improved water source,

answers: NDQ_001773

answers: About half the population does not have access to an improved water source,

answers: NDQ_001774

answers: not safe to drink.

answers: NDQ_001775

answers: the water they provide is often not safe to drink.

answers: NDQ_001776

answers: water source,

answers: NDQ_001777

answers: Displaced people returning home put a huge strain on infrastructure,

answers: NDQ_001778

answers: Displaced people returning home

answers: NDQ_001781

answers: the water they provide is often not safe to drink.

answers: NDQ_001782

answers: About half the population does not have access to an improved water source,

answers: NDQ_001785

answers: About half the population does not have access to an improved water source,

answers: NDQ_001787

answers: the water they provide is often not safe to drink.

answers: NDQ_001788

answers: not well maintained and the water they provide is often not safe to drink.

answers: NDQ_001789

answers: Substantial external funding

answers: NDQ_001790

answers: half the population does not have access to an improved water source,

answers: NDQ_001791

answers: About half the population does not have access to an improved water source,

answers: NDQ_001792

answers: About half the population does not have access to an improved water source,

answers: NDQ_001793

answers: a protected well, standpipe or a handpump within 1 km.

answers: NDQ_001794

answers: About half the population does not have access to an improved water source,

answers: NDQ_001795

answers: half the population does not have access to an improved water source,

answers: NDQ_001796

answers: the water they provide is often not safe to drink.

answers: NDQ_001797

answers: About half the population does not have access to an improved water source,

answers: NDQ_001798

answers: About half the population does not have access to an improved water source,

answers: NDQ_001799

answers: piped water supply systems

answers: NDQ_001800

answers: About half the population does not have access to an improved water source,

answers: NDQ_001801

answers: About half the population does not have access to an improved water source,

answers: NDQ_001802

answers: not safe to drink.

answers: NDQ_001803

answers: handpump

answers: NDQ_001804

answers: standpipe

answers: NDQ_001805

answers: drink.

text: The song is about a man and woman who have fun on a river in the summertime. Paisley told The Tennesseean that the song idea come from his own upbringing near the Ohio River: "My best memories with my grandfather are on that body of water, and my dad, and learning to ski. It's kind of like a back-to-basics song, which is really an inner tube and a boat and you've got a theme park."

text: The song is about a man and woman who have fun on a river in the summertime. Paisley told

text: The Tennesseean

text: that the song idea come from his own upbringing near the

text: Ohio River

text: : "My best memories with my grandfather are on that body of water, and my dad, and learning to ski. It's kind of like a back-to-basics song, which is really an inner tube and a boat and you've got a theme park."

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: The song idea come from where?

answers: NDQ_001771

answers: skiing

answers: NDQ_001772

answers: rivers

answers: NDQ_001773

answers: What does the song about a man and woman have fun on a river in the summertime?

answers: NDQ_001774

answers: is evaporated

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: HIV/AIDS

answers: NDQ_001777

answers: Ohio River

answers: NDQ_001778

answers: have fun on a river

answers: NDQ_001781

answers: unsuitable for crops

answers: NDQ_001782

answers: Why is the song about a river in the summertime?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is the song about?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: What is the reason for the song idea come from his own upbringing near the Ohio River?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Ohio River

answers: NDQ_001805

answers: the Ohio River

answers: NDQ_001768

answers: inner tube and a boat

answers: NDQ_001769

answers: theme park."

answers: NDQ_001770

answers: inner tube and a boat and you've got a theme park."

answers: NDQ_001771

answers: ski.

answers: NDQ_001772

answers: inner tube and a boat and you've got a theme park."

answers: NDQ_001773

answers: Paisley

answers: NDQ_001774

answers: river

answers: NDQ_001775

answers: theme park."

answers: NDQ_001776

answers: inner tube and a boat and you've got a theme park."

answers: NDQ_001777

answers: Ohio River:

answers: NDQ_001778

answers: river in the summertime.

answers: NDQ_001781

answers: Ohio River:

answers: NDQ_001782

answers: water,

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: Paisley told The Tennesseean

answers: NDQ_001788

answers: Paisley

answers: NDQ_001789

answers: river

answers: NDQ_001790

answers: Paisley

answers: NDQ_001791

answers: water,

answers: NDQ_001792

answers: Ohio River:

answers: NDQ_001793

answers: river

answers: NDQ_001794

answers: river

answers: NDQ_001795

answers: Paisley

answers: NDQ_001796

answers: inner tube and a boat

answers: NDQ_001797

answers: river in the summertime.

answers: NDQ_001798

answers: back-to-basics

answers: NDQ_001799

answers: river

answers: NDQ_001800

answers: water,

answers: NDQ_001801

answers: Paisley told The Tennesseean

answers: NDQ_001802

answers: river

answers: NDQ_001803

answers: inner tube

answers: NDQ_001804

answers: Ohio River:

answers: NDQ_001805

answers: ski.

text: Water supply service quality and cost recovery are low. Water tariffs are low and many water users do not pay their bills. Service providers thus rely mostly on occasional subsidies to cover their operating costs.

text: Water supply service quality and cost recovery are low. Water tariffs are low and many water users do not pay their bills. Service providers thus rely mostly on occasional subsidies to cover their operating costs.

answers: NDQ_001768

answers: less water than developed nations

answers: NDQ_001769

answers: Municipal use of water refers to what?

answers: NDQ_001770

answers: cost recovery to be low

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: water users

answers: NDQ_001773

answers: are used in the manufacture of fertilizers

answers: NDQ_001774

answers: is not paid for

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: water tariffs

answers: NDQ_001778

answers: not paying their bills

answers: NDQ_001781

answers: is not paid for

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may be the reason for the low quality of water supply?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is the most likely reason for the low water tariffs?

answers: NDQ_001797

answers: Which of the following is not a reason for low water supply?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can cause a drought

answers: NDQ_001802

answers: low

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be found in a city

answers: NDQ_001805

answers: sewage

answers: NDQ_001768

answers: many water users do not pay their bills.

answers: NDQ_001769

answers: Water

answers: NDQ_001770

answers: many water users do not pay their bills.

answers: NDQ_001771

answers: many water users do not pay their bills.

answers: NDQ_001772

answers: water users

answers: NDQ_001773

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001774

answers: many water users do not pay their bills.

answers: NDQ_001775

answers: operating costs.

answers: NDQ_001776

answers: Water

answers: NDQ_001777

answers: many water users do not pay their bills.

answers: NDQ_001778

answers: water users do not pay their bills.

answers: NDQ_001781

answers: many water users do not pay their bills.

answers: NDQ_001782

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001785

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001787

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001788

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001789

answers: Water

answers: NDQ_001790

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001791

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001792

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001793

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001794

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001795

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001796

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001797

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001798

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001799

answers: Water

answers: NDQ_001800

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001801

answers: occasional subsidies to cover their operating costs.

answers: NDQ_001802

answers: low.

answers: NDQ_001803

answers: subsidies

answers: NDQ_001804

answers: Water supply service quality and cost recovery are low.

answers: NDQ_001805

answers: Water supply service quality and cost recovery are low.

text: Water filtration devices are becoming increasingly common in households. Most of these devices do not distill water, though there continues to be an increase in consumer-oriented water distillers and reverse osmosis machines being sold and used. Municipal water supplies often have minerals added or have trace impurities at levels which are regulated to be safe for consumption. Much of these additional impurities, such as volatile organic compounds, fluoride, and an estimated 75,000+ other chemical compounds are not removed through conventional filtration; however, distillation and reverse osmosis eliminate nearly all of these impurities.

text: Water filtration devices are becoming increasingly common in households. Most of these devices do not distill water, though there continues to be an increase in consumer-oriented water distillers and reverse osmosis machines being sold and used. Municipal water supplies often have minerals added or have trace impurities at levels which are regulated to be safe for consumption. Much of these additional impurities, such as

text: volatile organic compounds

text: fluoride

text: , and an estimated 75,000+ other chemical compounds are not removed through conventional filtration; however, distillation and reverse osmosis eliminate nearly all of these impurities.

answers: NDQ_001768

answers: municipal water supplies

answers: NDQ_001769

answers: consumption

answers: NDQ_001770

answers: impurities

answers: NDQ_001771

answers: distilling

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a chemical compound: volatile organic compounds, fluoride, or municipal water supplies?

answers: NDQ_001774

answers: Most of these devices do not distill

answers: NDQ_001775

answers: chemical compounds

answers: NDQ_001776

answers: impurities

answers: NDQ_001777

answers: Municipal water supplies

answers: NDQ_001778

answers: unfiltered water

answers: NDQ_001781

answers: is not filtered

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of water filtration device?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be described as

answers: NDQ_001802

answers: Municipal water supplies often have minerals added

answers: NDQ_001803

answers: filtration devices

answers: NDQ_001804

answers: Municipal water supplies

answers: NDQ_001805

answers: consumption

answers: NDQ_001768

answers: Municipal water supplies

answers: NDQ_001769

answers: consumption.

answers: NDQ_001770

answers: fluoride,

answers: NDQ_001771

answers: water distillers

answers: NDQ_001772

answers: households.

answers: NDQ_001773

answers: volatile organic compounds, fluoride,

answers: NDQ_001774

answers: distill water,

answers: NDQ_001775

answers: Most of these devices do not distill water,

answers: NDQ_001776

answers: fluoride,

answers: NDQ_001777

answers: Municipal water supplies

answers: NDQ_001778

answers: minerals added

answers: NDQ_001781

answers: minerals added or have trace impurities

answers: NDQ_001782

answers: Most of these devices do not distill water,

answers: NDQ_001785

answers: Most of these devices do not distill water,

answers: NDQ_001787

answers: volatile organic compounds, fluoride,

answers: NDQ_001788

answers: Most of these devices do not distill water,

answers: NDQ_001789

answers: water distillers

answers: NDQ_001790

answers: Water filtration devices are becoming increasingly common in households.

answers: NDQ_001791

answers: Most of these devices do not distill water,

answers: NDQ_001792

answers: Most of these devices do not distill water,

answers: NDQ_001793

answers: Municipal water supplies often have minerals added or have trace impurities

answers: NDQ_001794

answers: Most of these devices do not distill water,

answers: NDQ_001795

answers: increase in consumer-oriented water distillers

answers: NDQ_001796

answers: Most of these devices do not distill water,

answers: NDQ_001797

answers: Most of these devices do not distill water,

answers: NDQ_001798

answers: Water filtration devices are becoming increasingly common in households.

answers: NDQ_001799

answers: Municipal water supplies often have minerals added or have trace impurities

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: Water filtration devices

answers: NDQ_001802

answers: trace impurities at levels which are regulated to be safe for consumption.

answers: NDQ_001803

answers: Water filtration devices

answers: NDQ_001804

answers: Municipal water supplies

answers: NDQ_001805

answers: consumption.

text: This model is designed to assist farmers and other users in rural and non-electrified areas in their agricultural and non-agricultural uses. In addition to being a mean of transportation, the human-powered water pump is used for water pumping purposes.

text: This model is designed to assist farmers and other users in rural and non-electrified areas in their

text: agricultural

text: and non-agricultural uses. In addition to being a mean of

text: transportation

text: , the human-powered water pump is used for water

text: pump

text: ing purposes.

answers: NDQ_001768

answers: human-powered water pumps

answers: NDQ_001769

answers: agricultural purposes

answers: NDQ_001770

answers: pollution

answers: NDQ_001771

answers: pumping

answers: NDQ_001772

answers: farmers

answers: NDQ_001773

answers: What are the main uses of agricultural chemicals?

answers: NDQ_001774

answers: pumping purposes

answers: NDQ_001775

answers: chemical production

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: non-electrified areas

answers: NDQ_001778

answers: farming

answers: NDQ_001781

answers: is not pumped properly

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: None of the above choices.

answers: NDQ_001797

answers: Why is the human-powered water pump used for water pumping purposes?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: water pumping

answers: NDQ_001804

answers: is used for water pumping purposes

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: human-powered water pump

answers: NDQ_001769

answers: agricultural and non-agricultural uses.

answers: NDQ_001770

answers: non-electrified areas

answers: NDQ_001771

answers: human-powered water pump is used for water pumping purposes.

answers: NDQ_001772

answers: farmers

answers: NDQ_001773

answers: agricultural and non-agricultural uses.

answers: NDQ_001774

answers: human-powered water pump

answers: NDQ_001775

answers: water pumping purposes.

answers: NDQ_001776

answers: human-powered water pump

answers: NDQ_001777

answers: non-electrified areas

answers: NDQ_001778

answers: agricultural and non-agricultural uses.

answers: NDQ_001781

answers: human-powered water pump

answers: NDQ_001782

answers: human-powered water pump

answers: NDQ_001785

answers: human-powered water pump

answers: NDQ_001787

answers: human-powered water pump

answers: NDQ_001788

answers: human-powered water pump

answers: NDQ_001789

answers: human-powered water pump

answers: NDQ_001790

answers: human-powered water pump

answers: NDQ_001791

answers: human-powered water pump

answers: NDQ_001792

answers: the human-powered water pump

answers: NDQ_001793

answers: human-powered water pump

answers: NDQ_001794

answers: human-powered water pump

answers: NDQ_001795

answers: human-powered water pump

answers: NDQ_001796

answers: human-powered water pump

answers: NDQ_001797

answers: human-powered water pump

answers: NDQ_001798

answers: human-powered water pump

answers: NDQ_001799

answers: human-powered water pump

answers: NDQ_001800

answers: non-electrified

answers: NDQ_001801

answers: non-electrified areas

answers: NDQ_001802

answers: non-electrified

answers: NDQ_001803

answers: human-powered water pump is used for water pumping

answers: NDQ_001804

answers: human-powered water pump

answers: NDQ_001805

answers: transportation,

text: Hydrogeological studies reveal the presence of wide and relatively rich aquifers in all the structural zones of the river. The phreatic waters participate in proportion of 30% in supplying with water the surface water resources. Although rainfalls are the main element of water supply for the rivers, in the Vrancea Mountains area the groundwater supply has a great importance.

text: Hydrogeological studies reveal the presence of wide and relatively rich

text: aquifer

text: s in all the structural zones of the river. The

text: phreatic

text: waters participate in proportion of 30% in supplying with water the surface water resources. Although rainfalls are the main element of water supply for the rivers, in the

text: Vrancea Mountains

text: area the groundwater supply has a great importance.

answers: NDQ_001768

answers: aquifers

answers: NDQ_001769

answers: what purpose in the passage?

answers: NDQ_001770

answers: Groundwater Supply

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: groundwater

answers: NDQ_001773

answers: are used in the manufacture of fertilizers.

answers: NDQ_001774

answers: groundwater is not used

answers: NDQ_001775

answers: __

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: rainfalls

answers: NDQ_001778

answers: increasing the groundwater supply

answers: NDQ_001781

answers: groundwater has a great importance

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: Which of the following is not a source of water?

answers: NDQ_001787

answers: What is the main element of water supply for the rivers?

answers: NDQ_001788

answers: Which of the following is true of the phreatic waters?

answers: NDQ_001789

answers: What is the main element of water supply for the rivers?

answers: NDQ_001790

answers: It's impossible to say

answers: NDQ_001791

answers: How many percent of Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: What is the main element of water supply for the rivers?

answers: NDQ_001797

answers: Which of the following is true of the Vrancea Mountains area?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is the main element of water supply for the rivers?

answers: NDQ_001800

answers: NDQ_001801

answers: NDQ_001802

answers: 30%

answers: NDQ_001803

answers: groundwater supply

answers: NDQ_001804

answers: aquifers

answers: NDQ_001805

answers: surface water resources

answers: NDQ_001768

answers: rainfalls

answers: NDQ_001769

answers: surface water resources.

answers: NDQ_001770

answers: rich aquifers

answers: NDQ_001771

answers: 30% in supplying with water the surface water resources.

answers: NDQ_001772

answers: phreatic waters

answers: NDQ_001773

answers: Hydrogeological studies

answers: NDQ_001774

answers: phreatic waters

answers: NDQ_001775

answers: surface water resources.

answers: NDQ_001776

answers: rainfalls

answers: NDQ_001777

answers: rainfalls

answers: NDQ_001778

answers: water

answers: NDQ_001781

answers: rich aquifers

answers: NDQ_001782

answers: 30% in supplying with water the surface water resources.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: Hydrogeological studies

answers: NDQ_001788

answers: 30% in supplying with water the surface water resources.

answers: NDQ_001789

answers: groundwater

answers: NDQ_001790

answers: wide and relatively rich aquifers

answers: NDQ_001791

answers: 30%

answers: NDQ_001792

answers: in the Vrancea Mountains

answers: NDQ_001793

answers: 30% in supplying with water the surface water resources.

answers: NDQ_001794

answers: aquifers

answers: NDQ_001795

answers: 30%

answers: NDQ_001796

answers: phreatic waters

answers: NDQ_001797

answers: rainfalls

answers: NDQ_001798

answers: 30% in supplying with water the surface water resources.

answers: NDQ_001799

answers: phreatic waters

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Vrancea Mountains

answers: NDQ_001802

answers: 30%

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: rainfalls

text: According to a survey by the regulatory body in 2007, only 30 percent of those connected to the public water network enjoyed continuous water supply. On average, customers received water 12 hours per day. Tap water quality, at least in some areas and at some times, is poor: For example, residents of Cilincing, North Jakarta, have complained that their tap water has been cloudy for two months and blame skin irritation and diarrhoe on the poor water supply. According to interviews with residents in South and West Jakarta, shown in a 2011 video by the Amrta Institute for Water Literacy, service quality has actually deteriorated since the concessions began. One of the reasons is that, because of low pressure, some customers pump directly from the pipes, therefore sucking dirty groundwater through leakages of the pipes.

text: According to a survey by the regulatory body in 2007, only 30 percent of those connected to the public water network enjoyed continuous water supply. On average, customers received water 12 hours per day. Tap water quality, at least in some areas and at some times, is poor: For example, residents of Cilincing, North Jakarta, have complained that their tap water has been cloudy for two months and blame skin irritation and diarrhoe on the poor water supply. According to interviews with residents in South and West Jakarta, shown in a 2011 video by the Amrta Institute for Water Literacy, service quality has actually deteriorated since the concessions began. One of the reasons is that, because of low pressure, some customers pump directly from the pipes, therefore sucking dirty groundwater through leakages of the pipes.

answers: NDQ_001768

answers: dirty groundwater

answers: NDQ_001769

answers: municipal use of water

answers: NDQ_001770

answers: diarrhoe

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: public water network

answers: NDQ_001773

answers: Which of the following is not a reason for low pressure, some customers pump directly from the pipes?

answers: NDQ_001774

answers: sucking dirty groundwater

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: diarrhea

answers: NDQ_001777

answers: low pressure

answers: NDQ_001778

answers: pump directly from the pipes

answers: NDQ_001781

answers: low pressure

answers: NDQ_001782

answers: Which of the following is true of the residents of Cilincing, North Jakarta?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Why is tap water quality, at least in some areas and at some times, is poor?

answers: NDQ_001788

answers: because of low pressure, some customers pump directly

answers: NDQ_001789

answers: Which of the following is not a reason for low pressure?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Why is tap water quality, at least in some areas and at some times, is poor?

answers: NDQ_001797

answers: Which of the following is not a reason for low pressure, some customers pump directly from the pipes?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: two months

answers: NDQ_001802

answers: Tap water quality, at least in some areas

answers: NDQ_001803

answers: pump

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: no

answers: NDQ_001768

answers: 12 hours per day.

answers: NDQ_001769

answers: public water network enjoyed continuous water supply.

answers: NDQ_001770

answers: dirty groundwater

answers: NDQ_001771

answers: 12 hours per day.

answers: NDQ_001772

answers: 30 percent of those connected to the public water network

answers: NDQ_001773

answers: only 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001774

answers: sucking dirty groundwater through leakages of the pipes.

answers: NDQ_001775

answers: water supply.

answers: NDQ_001776

answers: dirty groundwater

answers: NDQ_001777

answers: low pressure,

answers: NDQ_001778

answers: some customers pump directly from the pipes, therefore sucking dirty groundwater

answers: NDQ_001781

answers: dirty groundwater through leakages of the pipes.

answers: NDQ_001782

answers: only 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001785

answers: water supply.

answers: NDQ_001787

answers: dirty groundwater

answers: NDQ_001788

answers: dirty groundwater

answers: NDQ_001789

answers: pump directly from the pipes, therefore sucking dirty groundwater

answers: NDQ_001790

answers: 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001791

answers: only 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001792

answers: Tap water quality,

answers: NDQ_001793

answers: 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001794

answers: groundwater

answers: NDQ_001795

answers: 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001796

answers: only 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001797

answers: only 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001798

answers: only 30 percent of those connected to the public water network enjoyed continuous water supply.

answers: NDQ_001799

answers: continuous water supply.

answers: NDQ_001800

answers: water supply.

answers: NDQ_001801

answers: 2007,

answers: NDQ_001802

answers: poor:

answers: NDQ_001803

answers: pump directly from the pipes, therefore sucking dirty groundwater

answers: NDQ_001804

answers: dirty groundwater

answers: NDQ_001805

answers: only 30 percent of those connected to the public water network enjoyed continuous water supply.

text: In the year 1900 just 13% of the global population lived in cities. This percentage has been rising, and in 2005 49% of the global population lived in urban areas. In 2030 it is predicted, that this statistic will rise to 60% . Attempts to expand water supply by governments are costly and often not sufficient. The building of new illegal settlements makes it hard to map, and make connections to, the water supply, and leads to inadequate water management . In 2002, there were 158 million people with inadequate water supply. An increasing number of people live in slums, in inadequate sanitary conditions, and are therefore at risk of disease.

text: In the year 1900 just 13% of the global population lived in cities. This percentage has been rising, and in 2005 49% of the

text: global population

text: lived in urban areas. In 2030 it is predicted, that this statistic will rise to 60% . Attempts to expand water supply by governments are costly and often not sufficient. The building of new illegal settlements makes it hard to map, and make connections to, the water supply, and leads to inadequate water management . In 2002, there were 158 million people with inadequate

text: water supply

text: . An increasing number of people live in

text: slum

text: s, in inadequate sanitary conditions, and are therefore at risk of

text: disease

answers: NDQ_001768

answers: more water than developed nations

answers: NDQ_001769

answers: Municipal use of water refers to water that is

answers: NDQ_001770

answers: disease

answers: NDQ_001771

answers: How many percent of the global population lived in urban areas in 2005?

answers: NDQ_001772

answers: urban areas

answers: NDQ_001773

answers: In 2005, how many percent of the global population lived in urban areas?

answers: NDQ_001774

answers: is not properly managed

answers: NDQ_001775

answers: Attempts to expand water supply by governments are

answers: NDQ_001776

answers: slums

answers: NDQ_001777

answers: building of new illegal settlements

answers: NDQ_001778

answers: building of new illegal settlements

answers: NDQ_001781

answers: is not sufficient

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: Which of the following is not a reason to expand water supply by governments?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of the Earth's surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: a).

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: In 2002, there were 158 million people with inadequate water supply.

answers: NDQ_001797

answers: How many percent of the global population lived in urban areas in 2005?

answers: NDQ_001798

answers: How many percent of the global population lived in cities in 2005?

answers: NDQ_001799

answers: Which of the following is not a source of water that is safe to drink?

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: in 2005

answers: NDQ_001802

answers: inadequate water supply

answers: NDQ_001803

answers: septic tanks

answers: NDQ_001804

answers: septic tanks

answers: NDQ_001805

answers: urban areas

answers: NDQ_001768

answers: Attempts to expand water supply by governments are costly and often not sufficient.

answers: NDQ_001769

answers: governments

answers: NDQ_001770

answers: disease.

answers: NDQ_001771

answers: 49% of the global population lived in urban areas.

answers: NDQ_001772

answers: cities.

answers: NDQ_001773

answers: 49% of the global population lived in urban areas.

answers: NDQ_001774

answers: The building of new illegal settlements

answers: NDQ_001775

answers: inadequate water management.

answers: NDQ_001776

answers: slums,

answers: NDQ_001777

answers: The building of new illegal settlements

answers: NDQ_001778

answers: The building of new illegal settlements

answers: NDQ_001781

answers: Attempts to expand water supply by governments are costly and often not sufficient.

answers: NDQ_001782

answers: Attempts to expand water supply by governments are costly and often not sufficient.

answers: NDQ_001785

answers: water supply

answers: NDQ_001787

answers: 49% of the global population lived in urban areas.

answers: NDQ_001788

answers: Attempts to expand water supply by governments are costly and often not sufficient.

answers: NDQ_001789

answers: Attempts to expand water supply

answers: NDQ_001790

answers: 158 million people with inadequate water supply.

answers: NDQ_001791

answers: 49% of the global population lived in urban areas.

answers: NDQ_001792

answers: Attempts to expand water supply by governments are costly and often not sufficient.

answers: NDQ_001793

answers: 49% of the global population lived in urban areas.

answers: NDQ_001794

answers: 49% of the global population lived in urban areas.

answers: NDQ_001795

answers: 60%.

answers: NDQ_001796

answers: An increasing number of people live in slums,

answers: NDQ_001797

answers: Attempts to expand water supply by governments are costly and often not sufficient.

answers: NDQ_001798

answers: 49% of the global population lived in urban areas.

answers: NDQ_001799

answers: The building of new illegal settlements

answers: NDQ_001800

answers: water supply

answers: NDQ_001801

answers: 2002,

answers: NDQ_001802

answers: In 2002, there were 158 million people with inadequate water supply.

answers: NDQ_001803

answers: Attempts to expand water supply by governments are costly and often not sufficient.

answers: NDQ_001804

answers: water supply

answers: NDQ_001805

answers: cities.

text: The South End Reservoir is a small service reservoir located to the south of Singapore Changi Airport in Singapore. Rainfall from the runways and surrounding green areas is collected in the reservoir and used for fire-fighting drills and toilet flushing. The reservoir supplies 28–33% of the airport's water and saves the airport around S$390,000 per year. It is linked to the Changi Creek Reservoir to balance flows during incoming tides and high rainfall.

text: The South End Reservoir is a small

text: service reservoir

text: located to the south of

text: Singapore Changi Airport

text: in

text: Singapore

text: . Rainfall from the runways and surrounding green areas is collected in the reservoir and used for fire-fighting drills and toilet flushing. The reservoir supplies 28–33% of the airport's water and saves the airport around S$390,000 per year. It is linked to the

text: Changi Creek Reservoir

text: to balance flows during incoming tides and high rainfall.

answers: NDQ_001768

answers: Rainfall from the runways

answers: NDQ_001769

answers: Fire-fighting drills and toilet flushing

answers: NDQ_001770

answers: Firefighting drills

answers: NDQ_001771

answers: Fire-fighting drills and toilet flushing

answers: NDQ_001772

answers: Airports

answers: NDQ_001773

answers: What does the South End Reservoir supply?

answers: NDQ_001774

answers: is used for fire-fighting drills

answers: NDQ_001775

answers: fire-fighting drills and toilet flushing

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: toilet flushing

answers: NDQ_001781

answers: used for firefighting drills

answers: NDQ_001782

answers: Which of the following is not a form of life: fire-fighting drills or toilet flushing?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not used for fire-fighting drills: fire-fighting drills or toilet flushing?

answers: NDQ_001788

answers: Which of the following is not a benefit of the South End Reservoir: fire-fighting drills and toilet flushing

answers: NDQ_001789

answers: Which of the following is not a use of water: fire-fighting drills or toilet flushing?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is the South End Reservoir located?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a benefit of the South End Reservoir: Fire-fighting drills and toilet flushing?

answers: NDQ_001797

answers: Which of the following is not a reason the South End Reservoir is linked to the Changi Creek Reservoir?

answers: NDQ_001798

answers: It is linked to the Changi Creek Reservoir

answers: NDQ_001799

answers: Which of the following is not safe to drink: Rainfall from the runways or toilet flushing?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: Rainfall from the runways and surrounding green areas

answers: NDQ_001803

answers: The South End Reservoir

answers: NDQ_001804

answers: The South End Reservoir

answers: NDQ_001805

answers: toilet flushing

answers: NDQ_001768

answers: Rainfall

answers: NDQ_001769

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001770

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001771

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001772

answers: Singapore Changi Airport

answers: NDQ_001773

answers: The South End Reservoir

answers: NDQ_001774

answers: Rainfall

answers: NDQ_001775

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: incoming tides and high rainfall.

answers: NDQ_001778

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001781

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001782

answers: The South End Reservoir

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001788

answers: The South End Reservoir

answers: NDQ_001789

answers: Rainfall

answers: NDQ_001790

answers: The South End Reservoir

answers: NDQ_001791

answers: The South End Reservoir

answers: NDQ_001792

answers: The South End Reservoir

answers: NDQ_001793

answers: Singapore.

answers: NDQ_001794

answers: The South End Reservoir

answers: NDQ_001795

answers: The South End Reservoir

answers: NDQ_001796

answers: The South End Reservoir

answers: NDQ_001797

answers: Rainfall

answers: NDQ_001798

answers: The South End Reservoir

answers: NDQ_001799

answers: fire-fighting drills and toilet flushing.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: incoming tides

answers: NDQ_001802

answers: 28–33%

answers: NDQ_001803

answers: Rainfall

answers: NDQ_001804

answers: Changi Creek Reservoir

answers: NDQ_001805

answers: fire-fighting drills and toilet flushing.

text: Environment - current issues:widespread deforestation, mining; air pollution from industrial and vehicle emissions; water pollution from raw sewage.

text: Environment - current issues:widespread

text: deforestation

text: mining

text: air pollution

text: from industrial and vehicle emissions;

text: water pollution

text: from raw

text: sewage

answers: NDQ_001768

answers: raw sewage as a source of pollution

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Deforestation

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: sewage

answers: NDQ_001773

answers: are a major source of air pollution

answers: NDQ_001774

answers: is polluted by raw sewage

answers: NDQ_001775

answers: raw sewage

answers: NDQ_001776

answers: air pollution

answers: NDQ_001777

answers: deforestation

answers: NDQ_001778

answers: deforestation

answers: NDQ_001781

answers: pollutes the air.

answers: NDQ_001782

answers: Which of the following is not a source of water pollution?

answers: NDQ_001785

answers: Which of the following is not a source of water pollution?

answers: NDQ_001787

answers: Which of the following is an example of water pollution?

answers: NDQ_001788

answers: Deforestation

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: None of the above choices .

answers: NDQ_001791

answers: Which of the following is not a source of pollution: deforestation, mining, or air pollution?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not a source of water pollution?

answers: NDQ_001795

answers: Raw sewage

answers: NDQ_001796

answers: water pollution from raw sewage

answers: NDQ_001797

answers: Which of the following is not an example of air pollution?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Which of the following is not a source of water pollution?

answers: NDQ_001800

answers: deforestation

answers: NDQ_001801

answers: can cause flooding

answers: NDQ_001802

answers: raw sewage

answers: NDQ_001803

answers: can be used for irrigation

answers: NDQ_001804

answers: can pollute the water supply

answers: NDQ_001805

answers: raw sewage

answers: NDQ_001768

answers: raw sewage.

answers: NDQ_001769

answers: water pollution from raw sewage.

answers: NDQ_001770

answers: water pollution from raw sewage.

answers: NDQ_001771

answers: water pollution from raw sewage.

answers: NDQ_001772

answers: raw sewage.

answers: NDQ_001773

answers: air pollution from industrial and vehicle emissions; water pollution from raw sewage.

answers: NDQ_001774

answers: raw sewage.

answers: NDQ_001775

answers: raw sewage.

answers: NDQ_001776

answers: air pollution

answers: NDQ_001777

answers: deforestation,

answers: NDQ_001778

answers: deforestation, mining;

answers: NDQ_001781

answers: raw sewage.

answers: NDQ_001782

answers: water pollution from raw sewage.

answers: NDQ_001785

answers: water

answers: NDQ_001787

answers: raw sewage.

answers: NDQ_001788

answers: raw sewage.

answers: NDQ_001789

answers: water pollution from raw sewage.

answers: NDQ_001790

answers: air pollution from industrial and vehicle emissions; water pollution from raw sewage.

answers: NDQ_001791

answers: water pollution from raw sewage.

answers: NDQ_001792

answers: water pollution from raw sewage.

answers: NDQ_001793

answers: raw sewage.

answers: NDQ_001794

answers: water pollution from raw sewage.

answers: NDQ_001795

answers: raw sewage.

answers: NDQ_001796

answers: raw sewage.

answers: NDQ_001797

answers: water pollution from raw sewage.

answers: NDQ_001798

answers: water pollution from raw sewage.

answers: NDQ_001799

answers: raw sewage.

answers: NDQ_001800

answers: issues:widespread deforestation,

answers: NDQ_001801

answers: issues:widespread deforestation,

answers: NDQ_001802

answers: raw sewage.

answers: NDQ_001803

answers: sewage.

answers: NDQ_001804

answers: raw sewage.

answers: NDQ_001805

answers: raw sewage.

text: The oil and fuel to Bermuda's water supply comes with a better defined cost. The majority of Bermuda's potable water is collected by each household, using the roof as a water catchment (treated with lime or non-toxic paint to keep the water as clean as possible) rainwater is funneled in tanks under every house. By law a house must collect 80 percent of the water that falls on its roof. However, residents of apartment buildings must find another source of fresh water on the island. There are no natural rivers, springs, or freshwater ponds, but the peculiar geology of the island had led to the formation of four underground "lenses" of freshwater where rainwater has permeated the limestone island and been caught on the impermeable volcanic rock beneath. These lenses, being the only viable source of water for all commercial and industrial uses and for the domestic use of thousands of residents living in apartment and condominium complexes, are pumped for 1.5 million gallons of fresh water a day. During times of drought when house tanks are running dry this water is sold and delivered at roughly $60 per 1000 gallon truckload, giving it a value of $90,000 per day, and a present value of over $500 million, depending on the long-term interest rate.

text: The oil and fuel to Bermuda's water supply comes with a better defined cost. The majority of Bermuda's potable water is collected by each household, using the roof as a water catchment (treated with lime or non-toxic paint to keep the water as clean as possible) rainwater is funneled in tanks under every house. By law a house must collect 80 percent of the water that falls on its roof. However, residents of apartment buildings must find another source of fresh water on the island. There are no natural rivers, springs, or freshwater ponds, but the peculiar geology of the island had led to the formation of four underground "lenses" of freshwater where rainwater has permeated the limestone island and been caught on the impermeable volcanic rock beneath. These lenses, being the only viable source of water for all commercial and industrial uses and for the domestic use of thousands of residents living in apartment and condominium complexes, are pumped for 1.5 million gallons of fresh water a day. During times of drought when house tanks are running dry this water is sold and delivered at roughly $60 per 1000 gallon truckload, giving it a value of $90,000 per day, and a present value of over $500 million, depending on the long-term interest rate.

answers: NDQ_001768

answers: a better defined cost

answers: NDQ_001769

answers: commercial and industrial uses

answers: NDQ_001770

answers: What may cause a better defined cost?

answers: NDQ_001771

answers: What is the only viable source of water for all commercial and industrial uses?

answers: NDQ_001772

answers: industrial uses

answers: NDQ_001773

answers: Which of the following is not used to keep the water as clean as possible: lime or non-toxic paint?

answers: NDQ_001774

answers: falls on its roof

answers: NDQ_001775

answers: What is the only viable source of water for all commercial and industrial uses

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: The peculiar geology

answers: NDQ_001778

answers: house tanks are running dry

answers: NDQ_001781

answers: does not have a source

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What is the only viable source of water for all commercial and industrial uses?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Where are glaciers a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: How is the water collected?

answers: NDQ_001797

answers: Which of the following is not a type of climate: tropical, desert, or tropical?

answers: NDQ_001798

answers: What is the reason for this?

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: times of drought

answers: NDQ_001802

answers: The majority of Bermuda's potable water is collected by each household

answers: NDQ_001803

answers: ponds

answers: NDQ_001804

answers: underground "lenses"

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: The oil and fuel

answers: NDQ_001769

answers: commercial and industrial uses

answers: NDQ_001770

answers: drought

answers: NDQ_001771

answers: freshwater ponds,

answers: NDQ_001772

answers: commercial and industrial

answers: NDQ_001773

answers: Bermuda's water supply comes with a better defined cost.

answers: NDQ_001774

answers: residents of apartment buildings must find another source of fresh water

answers: NDQ_001775

answers: commercial and industrial uses

answers: NDQ_001776

answers: non-toxic paint

answers: NDQ_001777

answers: long-term interest rate.

answers: NDQ_001778

answers: house tanks are running dry

answers: NDQ_001781

answers: residents of apartment buildings must find another source of fresh water

answers: NDQ_001782

answers: four underground "lenses" of freshwater

answers: NDQ_001785

answers: The oil and fuel

answers: NDQ_001787

answers: lime or non-toxic paint

answers: NDQ_001788

answers: commercial and industrial uses

answers: NDQ_001789

answers: underground "lenses" of freshwater

answers: NDQ_001790

answers: no natural rivers, springs, or freshwater ponds,

answers: NDQ_001791

answers: 80 percent of the water that falls on its roof.

answers: NDQ_001792

answers: underground "lenses" of freshwater

answers: NDQ_001793

answers: Bermuda's

answers: NDQ_001794

answers: underground "lenses" of freshwater

answers: NDQ_001795

answers: Bermuda's

answers: NDQ_001796

answers: residents of apartment buildings must find another source of fresh water

answers: NDQ_001797

answers: drought

answers: NDQ_001798

answers: The majority of Bermuda's potable water is collected by each household,

answers: NDQ_001799

answers: rainwater

answers: NDQ_001800

answers: The oil and fuel to Bermuda's water supply

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: lime or non-toxic paint to keep the water as clean as possible)

answers: NDQ_001803

answers: rainwater is funneled in tanks under every house.

answers: NDQ_001804

answers: "lenses"

answers: NDQ_001805

answers: commercial and industrial uses

text: According to a household survey concerning water use that was carried out in 2005 among 110 poor households in various neighbourhoods, poor households typically rely on a variety of water sources, including foremost network water, vended water and groundwater. Network water and groundwater are usually bought from other households that have a connection or a well, or from public hydrants that are operated by private vendors. Use of different water sources varies over time depending on changes in quality, availability and pressure. Some households also collect rainwater. According to the survey, vendor water was 10 to 32 times more expensive than piped water and 43 percent of surveyed households spent more than 5 percent of their income for water.

text: According to a household survey concerning water use that was carried out in 2005 among 110 poor households in various neighbourhoods, poor households typically rely on a variety of water sources, including foremost network water, vended water and groundwater. Network water and groundwater are usually bought from other households that have a connection or a well, or from public hydrants that are operated by private vendors. Use of different water sources varies over time depending on changes in quality, availability and pressure. Some households also collect rainwater. According to the survey, vendor water was 10 to 32 times more expensive than piped water and 43 percent of surveyed households spent more than 5 percent of their income for water.

answers: NDQ_001768

answers: a variety of water sources

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: poor households

answers: NDQ_001773

answers: Which of the following is not a source of water: foremost network water, vended water or groundwater?

answers: NDQ_001774

answers: is not collected

answers: NDQ_001775

answers: a variety of purposes

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: quality, availability and pressure

answers: NDQ_001778

answers: some households also collect rainwater

answers: NDQ_001781

answers: unsuitable for crops

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: According to the survey, vendor water was 10 to 32 times more expensive than piped water

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a source of water: network water, vended water or groundwater?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier climates or Drier climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: varies over time depending on changes in quality, availability and pressure

answers: NDQ_001803

answers: collect rainwater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: rainwater

answers: NDQ_001768

answers: network water, vended water and groundwater.

answers: NDQ_001769

answers: network water,

answers: NDQ_001770

answers: changes in quality, availability and pressure.

answers: NDQ_001771

answers: collect rainwater.

answers: NDQ_001772

answers: poor households

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: rainwater.

answers: NDQ_001775

answers: network water, vended water and groundwater.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: changes in quality, availability and pressure.

answers: NDQ_001778

answers: water use

answers: NDQ_001781

answers: changes in quality, availability and pressure.

answers: NDQ_001782

answers: rainwater.

answers: NDQ_001785

answers: 10 to 32 times more expensive than piped water

answers: NDQ_001787

answers: groundwater

answers: NDQ_001788

answers: vendor water was 10 to 32 times more expensive than piped water

answers: NDQ_001789

answers: groundwater.

answers: NDQ_001790

answers: rainwater.

answers: NDQ_001791

answers: rainwater.

answers: NDQ_001792

answers: rainwater.

answers: NDQ_001793

answers: rainwater.

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: network water, vended water and groundwater.

answers: NDQ_001796

answers: network water, vended water and groundwater.

answers: NDQ_001797

answers: rainwater.

answers: NDQ_001798

answers: Some households also collect rainwater.

answers: NDQ_001799

answers: piped water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: rainwater.

answers: NDQ_001802

answers: vendor water was 10 to 32 times more expensive than piped water

answers: NDQ_001803

answers: collect rainwater.

answers: NDQ_001804

answers: Some households also collect rainwater.

answers: NDQ_001805

answers: rainwater.

text: The human right to water places the main responsibilities upon governments to ensure that people can enjoy "sufficient, safe, accessible and affordable water, without discrimination". Most especially, governments are expected to take reasonable steps to avoid a contaminated water supply and to ensure there are no water access distinctions amongst citizens. Today all States have at least ratified one human rights convention which explicitly or implicitly recognizes the right, and they all have signed at least one political declaration recognizing this right.

text: The human right to water places the main responsibilities upon governments to ensure that people can enjoy "sufficient, safe, accessible and affordable water, without discrimination". Most especially, governments are expected to take reasonable steps to avoid a

text: contaminated water

text: supply and to ensure there are no water access distinctions amongst citizens. Today all States have at least ratified one human rights convention which explicitly or implicitly recognizes the right, and they all have signed at least one political declaration recognizing this right.

answers: NDQ_001768

answers: contaminated water supply

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: contaminated water supply

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: governments

answers: NDQ_001773

answers: What are the main responsibilities of governments to ensure that people can enjoy sufficient, safe, accessible and affordable water?

answers: NDQ_001774

answers: contaminated

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: contaminated water supply

answers: NDQ_001777

answers: governments

answers: NDQ_001778

answers: contaminated water supply

answers: NDQ_001781

answers: contaminated

answers: NDQ_001782

answers: What are the main responsibilities of governments to ensure that people can enjoy sufficient, safe, accessible and affordable water?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: governments are expected to take reasonable steps to avoid a contaminated water supply

answers: NDQ_001788

answers: contaminated water supply

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: The human right to water places the main responsibilities upon governments to ensure that people can enjoy "sufficient, safe, accessible and affordable water

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: contaminated water supply

answers: NDQ_001797

answers: Drier climates generally have less water for people to use

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: unanswerable

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: can be described as a

answers: NDQ_001802

answers: governments are expected to take reasonable steps to avoid a contaminated water supply

answers: NDQ_001803

answers: can be used to water plants

answers: NDQ_001804

answers: a contaminated water supply

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: contaminated water supply

answers: NDQ_001769

answers: governments

answers: NDQ_001770

answers: contaminated water supply

answers: NDQ_001771

answers: "sufficient, safe, accessible and affordable water,

answers: NDQ_001772

answers: governments

answers: NDQ_001773

answers: The human right to water

answers: NDQ_001774

answers: contaminated water supply

answers: NDQ_001775

answers: contaminated water supply

answers: NDQ_001776

answers: contaminated water supply

answers: NDQ_001777

answers: governments

answers: NDQ_001778

answers: contaminated water supply

answers: NDQ_001781

answers: contaminated water supply

answers: NDQ_001782

answers: all States have at least ratified one human rights convention

answers: NDQ_001785

answers: The human right to water

answers: NDQ_001787

answers: contaminated water supply

answers: NDQ_001788

answers: contaminated water supply

answers: NDQ_001789

answers: The human right to water

answers: NDQ_001790

answers: The human right to water

answers: NDQ_001791

answers: The human right to water

answers: NDQ_001792

answers: The human right to water

answers: NDQ_001793

answers: "sufficient, safe, accessible and affordable water, without discrimination".

answers: NDQ_001794

answers: "sufficient, safe, accessible and affordable water,

answers: NDQ_001795

answers: "sufficient, safe, accessible and affordable water,

answers: NDQ_001796

answers: contaminated water supply

answers: NDQ_001797

answers: "sufficient, safe, accessible and affordable water,

answers: NDQ_001798

answers: The human right to water

answers: NDQ_001799

answers: contaminated water supply

answers: NDQ_001800

answers: contaminated water supply

answers: NDQ_001801

answers: The human right to water

answers: NDQ_001802

answers: contaminated water supply

answers: NDQ_001803

answers: contaminated water

answers: NDQ_001804

answers: The human right to water

answers: NDQ_001805

answers: people can enjoy "sufficient, safe, accessible and affordable water,

text: Water chemistry analyses are carried out to identify and quantify the chemical components and properties of water samples. The type and sensitivity of the analysis  depends on the purpose of the analysis and the anticipated use of the water.Chemical water analysis is carried out on water used in industrial processes, on waste-water stream, on rivers and stream, on rainfall and on the sea. In all cases the results of the analysis provides information that can be used to make decisions or to provide re-assurance that conditions are as expected.The analytical parameters selected are chosen to be appropriate for the decision making process or to establish acceptable normality.Water chemistry analysis is often the groundwork of studies of water quality, pollution, hydrology and geothermal waters.Analytical methods routinely used can detect and measure all the natural elements and their inorganic compounds and a very wide range of organic chemical species using methods such as gas chromatography and mass spectrometry. In water treatment plants producing drinking water and in some industrial processes using products with distinctive taste and odours , specialised organoleptic methods may be used to detect smells at very low Water chemistry analyses are carried out to identify and quantify the chemical components and properties of water samples. The type and sensitivity of the analysis depends on the purpose of the analysis and the anticipated use of the water. Chemical water analysis is carried out on water used in industrial processes, on waste-water stream, on rivers and stream, on rainfall and on the sea. In all cases the results of the analysis provides information that can be used to make decisions or to provide re-assurance that conditions are as expected. The analytical parameters selected are chosen to be appropriate for the decision making process or to establish acceptable normality. Water chemistry analysis is often the groundwork of studies of water quality, pollution, hydrology and geothermal waters. Analytical methods routinely used can detect and measure all the natural elements and their inorganic compounds and a very wide range of organic chemical species using methods such as gas chromatography and mass spectrometry. In water treatment plants producing drinking water and in some industrial processes using products with distinctive taste and odours , specialised organoleptic methods may be used to detect smells at very low concentrations.

text: Water chemistry analyses are carried out to identify and quantify the chemical components and properties of water samples. The type and sensitivity of the analysis  depends on the purpose of the analysis and the anticipated use of the water.Chemical water analysis is carried out on water used in industrial processes, on waste-water stream, on rivers and stream, on rainfall and on the sea. In all cases the results of the analysis provides information that can be used to make decisions or to provide re-assurance that conditions are as expected.The analytical parameters selected are chosen to be appropriate for the decision making process or to establish acceptable normality.Water chemistry analysis is often the groundwork of studies of

text: water quality

text: pollution

text: hydrology

text: and

text: geothermal water

text: s.Analytical methods routinely used can detect and measure all the natural elements and their inorganic compounds and a very wide range of organic chemical species using methods such as

text: gas chromatography

text: and

text: mass spectrometry

text: . In water treatment plants producing drinking water and in some industrial processes using products with distinctive taste and odours , specialised

text: organoleptic

text: methods may be used to detect smells at very low Water chemistry analyses are carried out to identify and quantify the chemical components and properties of water samples. The type and sensitivity of the analysis depends on the purpose of the analysis and the anticipated use of the water. Chemical water analysis is carried out on water used in industrial processes, on waste-water stream, on rivers and stream, on rainfall and on the sea. In all cases the results of the analysis provides information that can be used to make decisions or to provide re-assurance that conditions are as expected. The analytical parameters selected are chosen to be appropriate for the decision making process or to establish acceptable normality. Water chemistry analysis is often the groundwork of studies of water quality, pollution, hydrology and geothermal waters. Analytical methods routinely used can detect and measure all the natural elements and their inorganic compounds and a very wide range of organic chemical species using methods such as gas chromatography and mass spectrometry. In water treatment plants producing drinking water and in some industrial processes using products with distinctive taste and odours , specialised organoleptic methods may be used to detect smells at very low concentrations.

answers: NDQ_001768

answers: waste-water stream

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Odours

answers: NDQ_001771

answers: scuba diving

answers: NDQ_001772

answers: industrial processes

answers: NDQ_001773

answers: Which of the following is not a type of chemical?

answers: NDQ_001774

answers: waste-water stream

answers: NDQ_001775

answers: Processes

answers: NDQ_001776

answers: pollution

answers: NDQ_001777

answers: the amount of rainfall

answers: NDQ_001778

answers: industrial processes

answers: NDQ_001781

answers: waste-water stream

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals?

answers: NDQ_001788

answers: Waste-water stream

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: water

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: geothermal waters

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Water chemistry analysis is often the groundwork of studies

answers: NDQ_001797

answers: Which climates generally have less water for people to use?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: Water chemistry analysis is often the groundwork of studies of water quality, pollution, hydrology and geothermal waters

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: Waste-water stream

answers: NDQ_001805

answers: industrial processes

answers: NDQ_001768

answers: industrial processes,

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: pollution, hydrology and geothermal waters.Analytical

answers: NDQ_001771

answers: studies of water quality, pollution, hydrology and geothermal waters.Analytical

answers: NDQ_001772

answers: industrial processes

answers: NDQ_001773

answers: Chemical water analysis

answers: NDQ_001774

answers: waste-water stream,

answers: NDQ_001775

answers: processes,

answers: NDQ_001776

answers: smells

answers: NDQ_001777

answers: specialised organoleptic methods may be used to detect smells

answers: NDQ_001778

answers: industrial processes,

answers: NDQ_001781

answers: low

answers: NDQ_001782

answers: Water chemistry analyses

answers: NDQ_001785

answers: smells

answers: NDQ_001787

answers: specialised organoleptic methods may be used to detect smells

answers: NDQ_001788

answers: specialised organoleptic methods may be used to detect smells

answers: NDQ_001789

answers: industrial processes,

answers: NDQ_001790

answers: specialised organoleptic methods

answers: NDQ_001791

answers: specialised organoleptic methods may be used to detect smells

answers: NDQ_001792

answers: specialised organoleptic methods

answers: NDQ_001793

answers: specialised organoleptic methods may be used to detect smells

answers: NDQ_001794

answers: smells

answers: NDQ_001795

answers: decision making process or to establish acceptable normality.Water

answers: NDQ_001796

answers: specialised organoleptic methods

answers: NDQ_001797

answers: specialised organoleptic methods may be used to detect smells

answers: NDQ_001798

answers: specialised organoleptic methods

answers: NDQ_001799

answers: specialised organoleptic methods may be used to detect smells

answers: NDQ_001800

answers: water quality, pollution, hydrology and geothermal waters.Analytical

answers: NDQ_001801

answers: Chemical water analysis

answers: NDQ_001802

answers: groundwork of studies of water quality, pollution,

answers: NDQ_001803

answers: water treatment plants producing drinking water

answers: NDQ_001804

answers: waste-water stream,

answers: NDQ_001805

answers: industrial processes,

text: The Human Development Report reports that human use of water is mainly allocated to irrigation and agriculture. In developing areas, such as those within Africa, agriculture accounts for more than 80% of water consumption. This is due to the fact that it takes about 3,500 liters of water to produce enough food for the daily minimum of 3,000 calories, and food production for a typical family of four takes a daily amount of water equivalent to the amount of water in an olympic-sized swimming pool. Because the majority of Africa remains dependent on an agricultural lifestyle and 80% to 90% of all families in rural Africa rely upon producing their own food, water scarcity translates to a loss of food security. At this point, with less than a third of the continent's potential using irrigation most of rural African communities are not tapping into their irrigation potential, and according to the UN Economic Commission for Africa and New Partnership for Africa's Development, "irrigation is key to achieving increased agricultural production that is important for economic development and for attaining food security". The doubling of Africa's irrigated land is currently high on many political agendas, which can potentially be addressed through markets, commodity selection, ownership, land tenure, reliable water storage, and international agreements.

text: The

text: Human Development Report

text: reports that human use of water is mainly allocated to irrigation and agriculture. In developing areas, such as those within Africa, agriculture accounts for more than 80% of water consumption. This is due to the fact that it takes about 3,500 liters of water to produce enough food for the daily minimum of 3,000 calories, and food production for a typical family of four takes a daily amount of water equivalent to the amount of water in an olympic-sized swimming pool. Because the majority of Africa remains dependent on an agricultural lifestyle and 80% to 90% of all families in rural Africa rely upon producing their own food, water scarcity translates to a loss of

text: food security

text: . At this point, with less than a third of the continent's potential using irrigation most of rural African communities are not tapping into their

text: irrigation

text: potential, and according to the UN Economic Commission for Africa and New Partnership for Africa's Development, "irrigation is key to achieving increased agricultural production that is important for economic development and for attaining food security". The doubling of Africa's irrigated land is currently high on many political agendas, which can potentially be addressed through markets, commodity selection, ownership,

text: land tenure

text: , reliable water storage, and

text: international agreements

answers: NDQ_001768

answers: agriculture to produce food

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: water scarcity

answers: NDQ_001771

answers: How many liters of water does a typical family of four take a daily?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: mainly allocated to irrigation

answers: NDQ_001775

answers: unanswerable

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: agriculture

answers: NDQ_001778

answers: irrigation and agriculture

answers: NDQ_001781

answers: does not have enough capacity

answers: NDQ_001782

answers: Which of the following is not a form of life: agriculture, crops, or crops?

answers: NDQ_001785

answers: How many hours can we live without water?

answers: NDQ_001787

answers: It takes about 3,500 liters of water to produce enough food for the daily minimum of 3,000 calories

answers: NDQ_001788

answers: It takes about 3,500 liters of water

answers: NDQ_001789

answers: It takes about 3,500 liters of water to produce enough food

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: how many liters of water to produce enough food for the daily minimum of 3,000 calories

answers: NDQ_001797

answers: How many percent of people in rural Africa rely upon producing their own food?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: water scarcity

answers: NDQ_001802

answers: water scarcity

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: irrigation and agriculture

answers: NDQ_001768

answers: agriculture

answers: NDQ_001769

answers: irrigation and agriculture.

answers: NDQ_001770

answers: water scarcity translates to a loss of food security.

answers: NDQ_001771

answers: irrigation and agriculture.

answers: NDQ_001772

answers: irrigation and agriculture.

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: irrigation and agriculture.

answers: NDQ_001775

answers: irrigation and agriculture.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: human use of water is mainly allocated to irrigation and agriculture.

answers: NDQ_001778

answers: agriculture.

answers: NDQ_001781

answers: most of rural African communities are not tapping into their irrigation potential,

answers: NDQ_001782

answers: human

answers: NDQ_001785

answers: it takes about 3,500 liters of water to produce enough food

answers: NDQ_001787

answers: "irrigation

answers: NDQ_001788

answers: olympic-sized swimming pool.

answers: NDQ_001789

answers: irrigation and agriculture.

answers: NDQ_001790

answers: water scarcity

answers: NDQ_001791

answers: agriculture.

answers: NDQ_001792

answers: olympic-sized swimming pool.

answers: NDQ_001793

answers: olympic-sized swimming pool.

answers: NDQ_001794

answers: irrigation and agriculture.

answers: NDQ_001795

answers: less than a third of the continent's potential using irrigation

answers: NDQ_001796

answers: water scarcity

answers: NDQ_001797

answers: developing areas,

answers: NDQ_001798

answers: human use of water is mainly allocated to irrigation and agriculture.

answers: NDQ_001799

answers: irrigation

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: water scarcity

answers: NDQ_001802

answers: human use of water

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: irrigation

answers: NDQ_001805

answers: irrigation and agriculture.

text: Data on rainfall patterns in eastern and southwest Australia, where the major cities are located, indicates a decline in the annual rate of rainfall per decade of up to 50 mm since 1950.  This is providing challenges in terms of both availability and the quality of water supplies, particularly when combined with population growth.

text: Data on rainfall patterns in eastern and southwest Australia, where the major cities are located, indicates a decline in the annual rate of rainfall per decade of up to 50 mm since 1950.  This is providing challenges in terms of both availability and the quality of water supplies, particularly when combined with population growth.

answers: NDQ_001768

answers: up to 50 mm

answers: NDQ_001769

answers: major cities

answers: NDQ_001770

answers: population growth

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Australia

answers: NDQ_001773

answers: are used in the manufacture of fertilizers and pesticides.

answers: NDQ_001774

answers: is not available

answers: NDQ_001775

answers: to wash clothes

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: rainfall patterns

answers: NDQ_001778

answers: population growth

answers: NDQ_001781

answers: lacks quality

answers: NDQ_001782

answers: What does the decline in the annual rate of rainfall per decade indicate?

answers: NDQ_001785

answers: (iii)

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: no

answers: NDQ_001792

answers: unanswerable

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: NDQ_001797

answers: Which of the following is not a reason for the decline in rainfall?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: NDQ_001801

answers: 50 mm

answers: NDQ_001802

answers: a decline in the annual rate of rainfall per decade of up to 50 mm since 1950

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: unanswerable

answers: NDQ_001805

answers: NDQ_001768

answers: population growth.

answers: NDQ_001769

answers: major cities

answers: NDQ_001770

answers: availability and the quality of water supplies,

answers: NDQ_001771

answers: population growth.

answers: NDQ_001772

answers: cities

answers: NDQ_001773

answers: Australia,

answers: NDQ_001774

answers: population growth.

answers: NDQ_001775

answers: water supplies,

answers: NDQ_001776

answers: population growth.

answers: NDQ_001777

answers: population growth.

answers: NDQ_001778

answers: population growth.

answers: NDQ_001781

answers: quality of water supplies, particularly when combined with population growth.

answers: NDQ_001782

answers: population growth.

answers: NDQ_001785

answers: water supplies, particularly when combined with population growth.

answers: NDQ_001787

answers: population growth.

answers: NDQ_001788

answers: population growth.

answers: NDQ_001789

answers: water supplies,

answers: NDQ_001790

answers: population growth.

answers: NDQ_001791

answers: Data on rainfall patterns in eastern and southwest Australia,

answers: NDQ_001792

answers: Data on rainfall patterns in eastern and southwest Australia,

answers: NDQ_001793

answers: availability and the quality of water supplies, particularly when combined with population growth.

answers: NDQ_001794

answers: rainfall per decade of up to 50 mm since 1950.

answers: NDQ_001795

answers: population growth.

answers: NDQ_001796

answers: availability and the quality of water supplies,

answers: NDQ_001797

answers: population growth.

answers: NDQ_001798

answers: 1950.

answers: NDQ_001799

answers: rainfall per decade of up to 50 mm since 1950.

answers: NDQ_001800

answers: water supplies,

answers: NDQ_001801

answers: 1950.

answers: NDQ_001802

answers: quality

answers: NDQ_001803

answers: water supplies,

answers: NDQ_001804

answers: water supplies,

answers: NDQ_001805

answers: population growth.

text: Australian water resources have always been variable but they are becoming increasingly so with changing climate conditions. Because of how limited water resources are in Australia, there needs to be an effective implementation of environmental governance conducted within the country. Water restrictions are an important policy device used in Australian environmental governance to limit the amount of water used in urban and agricultural environments (Beeton et al. 2006). There is increased pressure on surface water resources in Australia because of the uncontrolled growth in groundwater use and the constant threat of drought. These increased pressures not only affect the quantity and quality of the waterways but they also negatively affect biodiversity. The government needs to create policies that preserve, protect and monitor Australia’s inland water. The most significant environmental governance policy imposed by the Australian government is environmental flow allocations that allocate water to the natural environment. The proper implementation of water trading systems could help to conserve water resources in Australia. Over the years there has been an increase in demand for water, making Australia the third largest per capita user of water in the world (Beeton et al. 2006). If this trend continues, the gap between supply and demand will need to be addressed. The government needs to implement more efficient water allocations and raise water rates (UNEP, 2014). By changing public perception to promote the action of reusing and recycling water some of the stress of water shortages can be alleviated.  More extensive solutions like desalination plants, building more dams and using aquifer storage are all options that could be taken to conserve water levels but all these methods are controversial. With caps on surface water use, both urban and rural consumers are turning to groundwater use; this has caused groundwater levels to decline significantly. Groundwater use is very hard to monitor and regulate. There is not enough research currently being conducted to accurately determine sustainable yields. Some regions are seeing improvement in groundwater levels by applying caps on bores and the amount of water that consumers are allowed to extract. There have been projects in environmental governance aimed at restoring vegetation in the riparian zone. Restoring riparian vegetation helps increase biodiversity, reduce salinity, prevent soil erosion and prevent riverbank collapse. Many rivers and waterways are controlled by weirs and locks that control the flow of rivers and also prevent the movement of fish. The government has funded fish-ways on some weirs and locks to allow for native fish to move upstream. Wetlands have significantly suffered under restricted water resources with water bird numbers dropping and a decrease in species diversity. The allocation of water for bird breeding through environmental flows in Macquarie Marshes has led to an increase in breeding (Beeton et al. 2006). Because of dry land salinity throughout Australia there has been an increase in the levels of salt in Australian waterways. There has been funding in salt interception schemes which help to improve in-stream salinity levels but whether river salinity has improved or not is still unclear because there is not enough data available yet. High salinity levels are dangerous because they can negatively affect larval and juvenile stages of certain fish. The introduction of invasive species into waterways has negatively affected native aquatic species because invasive species compete with native species and alter natural habitats. There has been research in producing daughterless carp to help eradicate carp. Government funding has also gone into building in-stream barriers that trap the carp and prevent them from moving into floodplains and wetlands.  Investment in national and regional programmes like the Living Murray (MDBC), Healthy Waterways Partnership and the Clean Up the Swan Programme are leading to important environmental governance. The Healthy Rivers programme promotes restoration and recovery of environmental flows, riparian re-vegetation and aquatic pest control.  The Living Murray programme has been crucial for the allocation of water to the environment by creating an agreement to recover 500 billion litres of water to the Murray River environment. Environmental governance and water resource management in Australia must be constantly monitored and adapted to suit the changing environmental conditions within the country (Beeton et al. 2006). If environmental programmes are governed with transparency there can be a reduction in policy fragmentation and an increase in policy efficiency (Mclntyre, 2010).<ref>United Nations Environmental Programme, 2014, “UNEP Conference on Strengthening Transboundary Freshwater Governance – The Environmental Sustainability Challenge”, UNEP, viewed on 31/5/14,

text: Australia

text: n

text: water resources

text: have always been variable but they are becoming increasingly so with changing climate conditions. Because of how limited water resources are in Australia, there needs to be an effective implementation of environmental governance conducted within the country. Water restrictions are an important policy device used in Australian environmental governance to limit the amount of water used in urban and agricultural environments (Beeton et al. 2006). There is increased pressure on surface water resources in Australia because of the uncontrolled growth in

text: groundwater

text: Macquarie Marshes

text: has led to an increase in breeding (Beeton et al. 2006). Because of dry land salinity throughout Australia there has been an increase in the levels of salt in Australian waterways. There has been funding in salt interception schemes which help to improve in-stream salinity levels but whether river salinity has improved or not is still unclear because there is not enough data available yet. High salinity levels are dangerous because they can negatively affect larval and juvenile stages of certain fish. The introduction of invasive species into waterways has negatively affected native aquatic species because invasive species compete with native species and alter natural habitats. There has been research in producing

text: daughterless carp

text: to help eradicate carp. Government funding has also gone into building in-stream barriers that trap the carp and prevent them from moving into floodplains and wetlands.  Investment in national and regional programmes like the Living Murray (MDBC), Healthy Waterways Partnership and the Clean Up the Swan Programme are leading to important environmental governance. The Healthy Rivers programme promotes restoration and recovery of environmental flows, riparian re-vegetation and aquatic pest control.  The Living Murray programme has been crucial for the allocation of water to the environment by creating an agreement to recover 500 billion litres of water to the Murray River environment. Environmental governance and water resource management in Australia must be constantly monitored and adapted to suit the changing environmental conditions within the country (Beeton et al. 2006). If environmental programmes are governed with transparency there can be a reduction in policy fragmentation and an increase in policy efficiency (Mclntyre, 2010).<ref>United Nations Environmental Programme, 2014, “UNEP Conference on Strengthening Transboundary Freshwater Governance – The Environmental Sustainability Challenge”, UNEP, viewed on 31/5/14,

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: What is the most significant environmental governance policy?

answers: NDQ_001770

answers: groundwater levels to decline significantly

answers: NDQ_001771

answers: groundwater use

answers: NDQ_001772

answers: Australia

answers: NDQ_001773

answers: Water restrictions are an important policy device used in Australian environmental governance to

answers: NDQ_001774

answers: groundwater use is uncontrolled

answers: NDQ_001775

answers: ______________________________________________________________________________

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: demand and supply

answers: NDQ_001778

answers: groundwater use

answers: NDQ_001781

answers: uncontrolled growth

answers: NDQ_001782

answers: Which of the following is not a form of water: desalination plants, building more dams, or water trading systems?

answers: NDQ_001785

answers: What is the most significant environmental governance policy imposed by the Australian government?

answers: NDQ_001787

answers: What is the most significant environmental governance policy imposed by the Australian government?

answers: NDQ_001788

answers: The government needs to implement more efficient water allocations and raise water rates

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: No

answers: NDQ_001791

answers: Australia is the third largest per capita user of water in the world.

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: None of the above choices

answers: NDQ_001794

answers: What is the most important policy device used in Australian environmental governance to limit the amount of water used in urban and agricultural environments

answers: NDQ_001795

answers: Which country is the third largest per capita user of water?

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why are there increased pressures on surface water resources in Australia?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Context: Water restrictions are an important policy device used in Australian environmental governance to limit the amount of water used in urban and agricultural environments (Beeton et al. 2006).

answers: NDQ_001800

answers: Australia is the third largest per capita user of water

answers: NDQ_001801

answers: drought

answers: NDQ_001802

answers: Australia the third largest per capita user of water in the world

answers: NDQ_001803

answers: desalination plants

answers: NDQ_001804

answers: bores

answers: NDQ_001805

answers: third largest per capita user of water

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: urban and agricultural environments

answers: NDQ_001770

answers: drought.

answers: NDQ_001771

answers: reusing and recycling water

answers: NDQ_001772

answers: restoring vegetation in the riparian zone.

answers: NDQ_001773

answers: fish-ways

answers: NDQ_001774

answers: groundwater use;

answers: NDQ_001775

answers: reusing and recycling water

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: changing climate conditions.

answers: NDQ_001778

answers: uncontrolled growth in groundwater use

answers: NDQ_001781

answers: water shortages

answers: NDQ_001782

answers: water shortages

answers: NDQ_001785

answers: water shortages

answers: NDQ_001787

answers: uncontrolled growth

answers: NDQ_001788

answers: The government needs to implement more efficient water allocations and raise water rates

answers: NDQ_001789

answers: desalination plants,

answers: NDQ_001790

answers: The government needs to implement more efficient water allocations and raise water rates

answers: NDQ_001791

answers: restoring vegetation in the riparian zone.

answers: NDQ_001792

answers: The government needs to implement more efficient water allocations and raise water rates

answers: NDQ_001793

answers: water shortages

answers: NDQ_001794

answers: water shortages

answers: NDQ_001795

answers: the gap between supply and demand

answers: NDQ_001796

answers: raise water rates

answers: NDQ_001797

answers: uncontrolled growth in groundwater use and the constant threat of drought.

answers: NDQ_001798

answers: both urban and rural consumers are turning to groundwater use;

answers: NDQ_001799

answers: restoring vegetation in the riparian zone.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: drought.

answers: NDQ_001802

answers: uncontrolled growth in groundwater use

answers: NDQ_001803

answers: desalination plants,

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: third largest

text: Tunis, the capital of Tunisia is able to provide 24-hour water with a supply of 110 liters per capita and day. The continuity of supply is very good with respect to regional standards as it ensures good quality water throughout the year and has the lowest percentage of non-revenue water in the region.

text: Tunis

text: , the capital of Tunisia is able to provide 24-hour water with a supply of 110 liters per capita and day. The continuity of supply is very good with respect to regional standards as it ensures good quality water throughout the year and has the lowest percentage of

text: non-revenue water

text: in the region.

answers: NDQ_001768

answers: 110 liters per capita

answers: NDQ_001769

answers: non-revenue

answers: NDQ_001770

answers: non-revenue

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: Tunisia

answers: NDQ_001773

answers: are used in the manufacture of fertilizers.

answers: NDQ_001774

answers: has the lowest percentage of non-revenue

answers: NDQ_001775

answers: non revenue water

answers: NDQ_001776

answers: lack of sanitation

answers: NDQ_001777

answers: a number of factors

answers: NDQ_001778

answers: non-revenue water

answers: NDQ_001781

answers: non-revenue water

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a reason for Tunisia to be able to provide 24-hour water?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: Which of the following is not a type of water?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is true of Tunisia?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: NDQ_001802

answers: has the lowest percentage

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: is not mentioned

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: non-revenue water

answers: NDQ_001769

answers: non-revenue

answers: NDQ_001770

answers: non-revenue

answers: NDQ_001771

answers: 110 liters

answers: NDQ_001772

answers: non-revenue

answers: NDQ_001773

answers: water

answers: NDQ_001774

answers: non-revenue

answers: NDQ_001775

answers: non-revenue

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: regional standards

answers: NDQ_001778

answers: non-revenue water

answers: NDQ_001781

answers: non-revenue

answers: NDQ_001782

answers: Tunis,

answers: NDQ_001785

answers: 110 liters

answers: NDQ_001787

answers: 110 liters per capita and day.

answers: NDQ_001788

answers: non-revenue water

answers: NDQ_001789

answers: 110 liters

answers: NDQ_001790

answers: 110 liters per capita and day.

answers: NDQ_001791

answers: Tunis,

answers: NDQ_001792

answers: Tunis,

answers: NDQ_001793

answers: Tunisia is able to provide 24-hour water

answers: NDQ_001794

answers: Tunis,

answers: NDQ_001795

answers: 110 liters

answers: NDQ_001796

answers: 110 liters

answers: NDQ_001797

answers: 110 liters

answers: NDQ_001798

answers: 110 liters

answers: NDQ_001799

answers: 110 liters

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Tunis, the capital of Tunisia

answers: NDQ_001802

answers: lowest percentage of non-revenue water in the region.

answers: NDQ_001803

answers: 24-hour water

answers: NDQ_001804

answers: Tunis,

answers: NDQ_001805

answers: Tunis,

text: Overview. In rural areas, water supply and sanitation services are provided by Community Owned Water Supply Organisations (COWSOs). They have been established through the local government framework of village councils following the adoption of the Water Sector Development Strategy. Out of 10,639 villages, 8,394 had a Water Committee dealing with issues in the water and sanitation sector as of 2007. The role of COWSOs is to operate and maintain the water supply systems on behalf of the community. They are expected to meet all the costs of operating and maintaining their water supply systems through charges levied on water consumers, and to contribute to the capital cost of their systems. The main source of capital investment are block grants to local government authorities, disbursed by the Regional Secretariat. There are two main types of COWSOs: Water Consumer Associations (Vikundi vya Huduma ya Maji), who are responsible for drinking water supply, and Water User Associations (Vikundi vya Watumiaji Maji), who are responsible for water resources and for solving conflicts among water users. As of 2006, 121 Water User Associations have been established.

text: Overview. In rural areas, water supply and sanitation services are provided by Community Owned Water Supply Organisations (COWSOs). They have been established through the local government framework of village councils following the adoption of the Water Sector Development Strategy. Out of 10,639 villages, 8,394 had a Water Committee dealing with issues in the water and sanitation sector as of 2007. The role of COWSOs is to operate and maintain the water supply systems on behalf of the community. They are expected to meet all the costs of operating and maintaining their water supply systems through charges levied on water consumers, and to contribute to the capital cost of their systems. The main source of capital investment are block grants to local government authorities, disbursed by the Regional Secretariat. There are two main types of COWSOs: Water Consumer Associations (Vikundi vya Huduma ya Maji), who are responsible for drinking water supply, and Water User Associations (Vikundi vya Watumiaji Maji), who are responsible for water resources and for solving conflicts among water users. As of 2006, 121 Water User Associations have been established.

answers: NDQ_001768

answers: Community Owned Water Supply Organisations

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Water supply and sanitation services are provided by Community

answers: NDQ_001771

answers: Water User Associations are responsible for water resources

answers: NDQ_001772

answers: COWSOs

answers: NDQ_001773

answers: Agricultural chemicals are used in the production of fertilizers, pesticides, pesticides, and pesticides.

answers: NDQ_001774

answers: COWSOs are responsible for drinking water supply

answers: NDQ_001775

answers: What is the main source of capital investment?

answers: NDQ_001776

answers: water and sanitation

answers: NDQ_001777

answers: COWSOs

answers: NDQ_001778

answers: water users

answers: NDQ_001781

answers: COWSOs are responsible for drinking water supply

answers: NDQ_001782

answers: What are the main types of COWSOs?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Irrigation may add unwanted chemicals to groundwater.

answers: NDQ_001788

answers: As of 2006, 121 Water User Associations have been established

answers: NDQ_001789

answers: What is the main source of capital investment?

answers: NDQ_001790

answers: 70% of Earth is covered by water.

answers: NDQ_001791

answers: How much of Earth's surface is covered with water?

answers: NDQ_001792

answers: What is the main source of fresh water in some locations?

answers: NDQ_001793

answers: In rural areas

answers: NDQ_001794

answers: What are the main types of COWSOs?

answers: NDQ_001795

answers: As of 2006, 121 Water User Associations have been established.

answers: NDQ_001796

answers: What is the main source of capital investment?

answers: NDQ_001797

answers: How many COWSOs have been established as of 2006?

answers: NDQ_001798

answers: As of 2006, 121 Water User Associations have been established

answers: NDQ_001799

answers: What are the main types of COWSOs?

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a period of unusually low rainfall

answers: NDQ_001802

answers: The role of COWSOs is to operate and maintain the water supply systems on behalf of the community

answers: NDQ_001803

answers: water supply

answers: NDQ_001804

answers: COWSOs

answers: NDQ_001805

answers: In rural areas, water supply and sanitation services are provided by Community Owned Water Supply Organisations

answers: NDQ_001768

answers: Community Owned Water Supply Organisations

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: conflicts among water users.

answers: NDQ_001771

answers: Water User Associations

answers: NDQ_001772

answers: Community Owned Water Supply Organisations

answers: NDQ_001773

answers: Water Sector Development Strategy.

answers: NDQ_001774

answers: conflicts among water users.

answers: NDQ_001775

answers: Water Sector Development Strategy.

answers: NDQ_001776

answers: water supply and sanitation

answers: NDQ_001777

answers: charges levied on water consumers,

answers: NDQ_001778

answers: conflicts among water users.

answers: NDQ_001781

answers: Water Sector Development Strategy.

answers: NDQ_001782

answers: Community Owned Water Supply Organisations

answers: NDQ_001785

answers: Community Owned Water Supply Organisations

answers: NDQ_001787

answers: Water Sector Development Strategy.

answers: NDQ_001788

answers: Community Owned Water Supply Organisations

answers: NDQ_001789

answers: Water Sector Development Strategy.

answers: NDQ_001790

answers: Community Owned Water Supply Organisations

answers: NDQ_001791

answers: Water Sector Development Strategy.

answers: NDQ_001792

answers: Community Owned Water Supply Organisations

answers: NDQ_001793

answers: Community Owned Water Supply Organisations

answers: NDQ_001794

answers: Water Sector Development Strategy.

answers: NDQ_001795

answers: 2006,

answers: NDQ_001796

answers: Community Owned Water Supply Organisations

answers: NDQ_001797

answers: Community Owned Water Supply Organisations

answers: NDQ_001798

answers: Water Sector Development Strategy.

answers: NDQ_001799

answers: Community Owned Water Supply Organisations

answers: NDQ_001800

answers: Water Sector Development Strategy.

answers: NDQ_001801

answers: 2006,

answers: NDQ_001802

answers: Water Sector Development Strategy.

answers: NDQ_001803

answers: Community Owned Water Supply Organisations

answers: NDQ_001804

answers: Community Owned Water Supply Organisations

answers: NDQ_001805

answers: drinking water

text: The largest single use of potable water in California is water used to irrigate for agriculture. The largest remaining segment of water use is that of public water supplies.

text: The largest single use of potable water in California is water used to irrigate for agriculture. The largest remaining segment of water use is that of public water supplies.

answers: NDQ_001768

answers: potable water

answers: NDQ_001769

answers: public water supplies

answers: NDQ_001770

answers: water shortages

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: public water supplies

answers: NDQ_001773

answers: are used to irrigate crops.

answers: NDQ_001774

answers: irrigates for agriculture

answers: NDQ_001775

answers: irrigating

answers: NDQ_001776

answers: public water supplies

answers: NDQ_001777

answers: climate

answers: NDQ_001778

answers: irrigate for agriculture

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: ii.

answers: NDQ_001787

answers: Which of the following is not a source of unwanted chemicals to groundwater?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: how many percent of earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: public water supplies

answers: NDQ_001797

answers: Which of the following is true of California?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: NDQ_001802

answers: no

answers: NDQ_001803

answers: irrigate

answers: NDQ_001804

answers: potable water

answers: NDQ_001805

answers: irrigate for agriculture

answers: NDQ_001768

answers: public water supplies.

answers: NDQ_001769

answers: public water supplies.

answers: NDQ_001770

answers: potable water

answers: NDQ_001771

answers: public water supplies.

answers: NDQ_001772

answers: public water supplies.

answers: NDQ_001773

answers: agriculture.

answers: NDQ_001774

answers: irrigate for agriculture.

answers: NDQ_001775

answers: agriculture.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: public water supplies.

answers: NDQ_001778

answers: irrigate for agriculture.

answers: NDQ_001781

answers: public water supplies.

answers: NDQ_001782

answers: agriculture.

answers: NDQ_001785

answers: The largest single use of potable water

answers: NDQ_001787

answers: irrigate for agriculture.

answers: NDQ_001788

answers: agriculture. The largest remaining segment of water use is that of public water supplies.

answers: NDQ_001789

answers: The largest single use of potable water

answers: NDQ_001790

answers: public water supplies.

answers: NDQ_001791

answers: public water supplies.

answers: NDQ_001792

answers: The largest single use of potable water

answers: NDQ_001793

answers: public water supplies.

answers: NDQ_001794

answers: public water supplies.

answers: NDQ_001795

answers: public water supplies.

answers: NDQ_001796

answers: public water supplies.

answers: NDQ_001797

answers: public water supplies.

answers: NDQ_001798

answers: public water supplies.

answers: NDQ_001799

answers: irrigate for agriculture.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: The largest single use of potable water in California

answers: NDQ_001802

answers: public water supplies.

answers: NDQ_001803

answers: irrigate

answers: NDQ_001804

answers: water used to irrigate for agriculture.

answers: NDQ_001805

answers: agriculture.

text: Water has unique features that make it difficult to regulate using laws designed mainly for land. Water is mobile, its supply varies by year and season as well as location, and it can be used simultaneously by many users. As with property (land) law, water rights can be described as a "bundle of sticks" containing multiple, separable activities that can have varying levels of regulation. For instance, some uses of water divert it from its natural course but return most or all of it (e.g. hydroelectric plants), while others consume much of what they take (ice, agriculture), and still others use water without diverting it at all (e.g. boating). Each type of activity has its own needs and can in theory be regulated separately. There are several types of conflict likely to arise: absolute shortages; shortages in a particular time or place; diversions of water that reduce the flow available to others; pollutants or other changes (such as temperature or turbidity) that render water unfit for others' use; and the need to maintain "in-stream flows" of water to protect the natural ecosystem.

text: Water has unique features that make it difficult to regulate using laws designed mainly for land. Water is mobile, its supply varies by year and season as well as location, and it can be used simultaneously by many users. As with property (land) law, water rights can be described as a "bundle of sticks" containing multiple, separable activities that can have varying levels of regulation. For instance, some uses of water divert it from its natural course but return most or all of it (e.g.

text: hydroelectric plants

text: ), while others consume much of what they take (ice,

text: agriculture

text: ), and still others use water without diverting it at all (e.g.

text: boating

text: ). Each type of activity has its own needs and can in theory be regulated separately. There are several types of conflict likely to arise: absolute shortages; shortages in a particular time or place; diversions of water that reduce the flow available to others; pollutants or other changes (such as temperature or

text: turbidity

text: ) that render water unfit for others' use; and the need to maintain "in-stream flows" of water to protect the natural

text: ecosystem

answers: NDQ_001768

answers: hydroelectric plants

answers: NDQ_001769

answers: hydroelectric plants

answers: NDQ_001770

answers: turbidity

answers: NDQ_001771

answers: boating

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of activity that can be regulated separately?

answers: NDQ_001774

answers: divert it

answers: NDQ_001775

answers: hydroelectric plants

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: year and season

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: divert it from its natural course

answers: NDQ_001782

answers: Why is it difficult to regulate using laws designed mainly for land?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: use water without diverting it at all

answers: NDQ_001789

answers: Hydroelectric plants

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What can be used simultaneously by many users?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: absolute shortages

answers: NDQ_001796

answers: shortages in a particular time

answers: NDQ_001797

answers: Which of the following is not a type of conflict likely to arise: absolute shortages?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: absolute shortages

answers: NDQ_001802

answers: turbidity

answers: NDQ_001803

answers: agriculture

answers: NDQ_001804

answers: hydroelectric plants

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: hydroelectric plants),

answers: NDQ_001769

answers: hydroelectric plants),

answers: NDQ_001770

answers: diversions of water that reduce the flow available to others;

answers: NDQ_001771

answers: boating).

answers: NDQ_001772

answers: hydroelectric plants),

answers: NDQ_001773

answers: agriculture),

answers: NDQ_001774

answers: divert it from its natural course

answers: NDQ_001775

answers: hydroelectric plants),

answers: NDQ_001776

answers: pollutants

answers: NDQ_001777

answers: year and season as well as location,

answers: NDQ_001778

answers: diversions of water that reduce the flow available to others;

answers: NDQ_001781

answers: consume much of what they take

answers: NDQ_001782

answers: Water

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: pollutants

answers: NDQ_001788

answers: consume much of what they take (ice, agriculture),

answers: NDQ_001789

answers: hydroelectric plants),

answers: NDQ_001790

answers: absolute shortages;

answers: NDQ_001791

answers: Water

answers: NDQ_001792

answers: Water is mobile, its supply varies by year and season

answers: NDQ_001793

answers: absolute shortages;

answers: NDQ_001794

answers: Water is mobile,

answers: NDQ_001795

answers: absolute shortages;

answers: NDQ_001796

answers: Water

answers: NDQ_001797

answers: Water is mobile, its supply varies by year and season

answers: NDQ_001798

answers: "in-stream flows" of water to protect the natural ecosystem.

answers: NDQ_001799

answers: "in-stream flows"

answers: NDQ_001800

answers: absolute shortages;

answers: NDQ_001801

answers: absolute shortages; shortages in a particular time or place;

answers: NDQ_001802

answers: render water unfit for others' use;

answers: NDQ_001803

answers: hydroelectric plants),

answers: NDQ_001804

answers: hydroelectric plants),

answers: NDQ_001805

answers: hydroelectric plants),

text: Tap water is often culturally assumed to be drinking water, especially in developed countries. Usually it is potable, although water quality problems are not rare. Household water purification methods such as water filters, boiling, or distillation can be used when tap water's potability is doubted. The application of technologies (such as water treatment plants) involved in providing clean water to homes, businesses, and public buildings is a major subfield of sanitary engineering. Calling a water supply "tap water" distinguishes it from the other main types of fresh water which may be available; these include water from rainwater-collecting cisterns, water from village pumps or town pumps, or water carried from streams, rivers, or lakes (whose potability may vary).

text: Tap water is often culturally assumed to be

text: drinking water

text: , especially in developed countries. Usually it is potable, although

text: water quality

text: problems are not rare. Household

text: water purification

text: methods such as

text: water filter

text: s,

text: boiling

text: , or

text: distillation

text: can be used when tap water's potability is doubted. The application of technologies (such as

text: water treatment

text: plants) involved in providing clean water to homes, businesses, and public buildings is a major subfield of

text: sanitary engineering

text: . Calling a water supply "tap water" distinguishes it from the other main types of fresh water which may be available; these include water from rainwater-collecting

text: cistern

text: s, water from

text: village pump

text: s or town pumps, or water carried from streams, rivers, or lakes (whose potability may vary).

answers: NDQ_001768

answers: water from village pumps or town pumps

answers: NDQ_001769

answers: public buildings

answers: NDQ_001770

answers: water quality problems

answers: NDQ_001771

answers: water skiing, swimming, and water skiing

answers: NDQ_001772

answers: businesses

answers: NDQ_001773

answers: Which of the following is not a subfield of sanitary engineering: water treatment plants, tap water, or agricultural chemicals?

answers: NDQ_001774

answers: is doubted

answers: NDQ_001775

answers: What is tap water often culturally assumed to be?

answers: NDQ_001776

answers: water quality problems

answers: NDQ_001777

answers: developing countries

answers: NDQ_001778

answers: tap water

answers: NDQ_001781

answers: is not potable

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: Which of the following is true of tap water?

answers: NDQ_001787

answers: What can be used when tap water's potability is doubted?

answers: NDQ_001788

answers: water from village pumps or town pumps

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: water

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What are the other main types of fresh water which may be available?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of water supply: rainwater-collecting cisterns, water from village pumps or town pumps, or water carried from streams, rivers, or lakes?

answers: NDQ_001797

answers: Which of the following is not a type of fresh water: streams, rivers, or lakes

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: Why is tap water often culturally assumed to be drinking water?

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: water quality problems are not rare

answers: NDQ_001803

answers: unanswerable

answers: NDQ_001804

answers: cisterns

answers: NDQ_001805

answers: drinking water

answers: NDQ_001768

answers: rainwater-collecting cisterns,

answers: NDQ_001769

answers: public buildings

answers: NDQ_001770

answers: water quality problems

answers: NDQ_001771

answers: Tap water

answers: NDQ_001772

answers: Tap water

answers: NDQ_001773

answers: Tap water

answers: NDQ_001774

answers: rainwater-collecting

answers: NDQ_001775

answers: sanitary engineering.

answers: NDQ_001776

answers: Tap water

answers: NDQ_001777

answers: streams, rivers, or lakes (whose potability may vary).

answers: NDQ_001778

answers: rainwater-collecting cisterns,

answers: NDQ_001781

answers: potability

answers: NDQ_001782

answers: Tap water

answers: NDQ_001785

answers: Tap water

answers: NDQ_001787

answers: water treatment plants)

answers: NDQ_001788

answers: Tap water

answers: NDQ_001789

answers: Tap water

answers: NDQ_001790

answers: water quality problems are not rare.

answers: NDQ_001791

answers: Tap water is often culturally assumed to be drinking water,

answers: NDQ_001792

answers: streams, rivers, or lakes

answers: NDQ_001793

answers: developed countries.

answers: NDQ_001794

answers: streams,

answers: NDQ_001795

answers: Tap water

answers: NDQ_001796

answers: Tap water

answers: NDQ_001797

answers: developed countries.

answers: NDQ_001798

answers: Tap water

answers: NDQ_001799

answers: streams, rivers, or lakes

answers: NDQ_001800

answers: Tap water

answers: NDQ_001801

answers: Tap water

answers: NDQ_001802

answers: water quality problems are not rare.

answers: NDQ_001803

answers: rainwater-collecting cisterns,

answers: NDQ_001804

answers: cisterns,

answers: NDQ_001805

answers: drinking water,

text: Bangladesh Water Supply Program Project. Another approach has been supported by the World Bank through the Bangladesh Water Supply Program Project (BWSPP), implemented by the Department of Public Health and Engineering (DPHE). This approach, initiated in 2001, has been inspired by the RDA experience, but with two crucial modifications: First, it required sponsors to come up with the entire financing up-front, which was supposed to be recovered through revenues from the sale of water. Second, only drinking water was to be provided and no irrigation water. Finding sponsors willing to put their own capital at risk proved to be difficult.  For this reason, and due to project management difficulties, only two schemes had been built as of January 2008, providing water to 2,000 households. Neither scheme has become financially viable. An NGO built and operates the schemes, since no private company was interested in doing so.

text: Bangladesh Water Supply Program Project. Another approach has been supported by the

text: World Bank

text: through the Bangladesh Water Supply Program Project (BWSPP), implemented by the Department of Public Health and Engineering (DPHE). This approach, initiated in 2001, has been inspired by the RDA experience, but with two crucial modifications: First, it required sponsors to come up with the entire financing up-front, which was supposed to be recovered through revenues from the sale of water. Second, only drinking water was to be provided and no irrigation water. Finding sponsors willing to put their own capital at risk proved to be difficult.  For this reason, and due to project management difficulties, only two schemes had been built as of January 2008, providing water to 2,000 households. Neither scheme has become financially viable. An NGO built and operates the schemes, since no private company was interested in doing so.

answers: NDQ_001768

answers: only drinking water

answers: NDQ_001769

answers: 2,000 households

answers: NDQ_001770

answers: What may be the reason for finding sponsors willing to put their own capital at risk

answers: NDQ_001771

answers: How many schemes had been built as of January 2008?

answers: NDQ_001772

answers: households

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: irrigation water

answers: NDQ_001775

answers: irrigation

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: financing up-front

answers: NDQ_001778

answers: irrigation

answers: NDQ_001781

answers: was to be provided and no irrigation water

answers: NDQ_001782

answers: What is the purpose of the Bangladesh Water Supply Program Project?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The Bangladesh Water Supply Program Project (BWSPP)

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Bangladesh Water Supply Program Project

answers: NDQ_001797

answers: What is the reason for finding sponsors willing to put their own capital at risk?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: January 2008

answers: NDQ_001802

answers: Neither scheme has become financially viable

answers: NDQ_001803

answers: irrigation water

answers: NDQ_001804

answers: Bangladesh Water Supply Program

answers: NDQ_001805

answers: Irrigation

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: drinking water

answers: NDQ_001771

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001772

answers: irrigation water.

answers: NDQ_001773

answers: irrigation water.

answers: NDQ_001774

answers: irrigation water.

answers: NDQ_001775

answers: irrigation water.

answers: NDQ_001776

answers: drinking water

answers: NDQ_001777

answers: revenues from the sale of water.

answers: NDQ_001778

answers: irrigation water.

answers: NDQ_001781

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001782

answers: drinking water

answers: NDQ_001785

answers: Bangladesh Water Supply Program Project

answers: NDQ_001787

answers: only drinking water was to be provided and no irrigation water.

answers: NDQ_001788

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001789

answers: irrigation water.

answers: NDQ_001790

answers: Bangladesh Water Supply Program Project (BWSPP),

answers: NDQ_001791

answers: Bangladesh Water Supply Program Project (BWSPP),

answers: NDQ_001792

answers: Bangladesh

answers: NDQ_001793

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001794

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001795

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001796

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001797

answers: only drinking water was to be provided and no irrigation water.

answers: NDQ_001798

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001799

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001800

answers: Water

answers: NDQ_001801

answers: January 2008,

answers: NDQ_001802

answers: irrigation water.

answers: NDQ_001803

answers: irrigation water.

answers: NDQ_001804

answers: drinking water was to be provided and no irrigation water.

answers: NDQ_001805

answers: irrigation water.

text: The incremental difference between the Refuges’ Full Level 4 allocation and its Level 2 allocation defines Incremental Level 4 (IL4) water and represents the quantity of water necessary for Refuges to ideally manage all lands identified in the refuge reports for the benefit of waterfowl. In most cases, this represents an expanded wetland footprint. Like Level 2 water, each refuge has its own Incremental Level 4 quantity identified but unlike Level 2, this water is not dedicated from CVP supply and must be acquired from other sources or from those relinquishing their federal or state supplies. The RWSP manages and funds contracts of varied duration to acquire and convey this water from its source to the refuges’ boundaries. The suppliers, availability and cost of water available as Incremental Level 4 is less predictable than Level 2 supplies because of unpredictable region-wide water needs and usage; the potential lack of sufficient conveyance infrastructure; inconsistent annual natural conditions, specifically rainfall; and occasional water quality concerns.

text: The incremental difference between the Refuges’ Full Level 4 allocation and its Level 2 allocation defines Incremental Level 4 (IL4) water and represents the quantity of water necessary for Refuges to ideally manage all lands identified in the refuge reports for the benefit of waterfowl. In most cases, this represents an expanded wetland footprint. Like Level 2 water, each refuge has its own Incremental Level 4 quantity identified but unlike Level 2, this water is not dedicated from CVP supply and must be acquired from other sources or from those relinquishing their federal or state supplies. The RWSP manages and funds contracts of varied duration to acquire and convey this water from its source to the refuges’ boundaries. The suppliers, availability and cost of water available as Incremental Level 4 is less predictable than Level 2 supplies because of unpredictable region-wide water needs and usage; the potential lack of sufficient conveyance infrastructure; inconsistent annual natural conditions, specifically rainfall; and occasional water quality concerns.

answers: NDQ_001768

answers: Incremental Level 4

answers: NDQ_001769

answers: Municipal use of water refers to water that is used

answers: NDQ_001770

answers: water quality concerns

answers: NDQ_001771

answers: How many years does the RWSP manage contracts for?

answers: NDQ_001772

answers: Refuges

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or herbicides?

answers: NDQ_001774

answers: is not dedicated from CVP supply

answers: NDQ_001775

answers: What is IL4 water used for?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: Level 2 water

answers: NDQ_001778

answers: water needs and usage

answers: NDQ_001781

answers: unpredictable

answers: NDQ_001782

answers: Which of the following is not a form of life: waterfowl or wetlands?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: What may be the reason for the unpredictable region-wide water needs and usage

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does the RWSP manage and funds contracts of varied duration to acquire and convey this water from its source to the refuges’ boundaries

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: None

answers: NDQ_001796

answers: Level 2 supplies because of unpredictable region-wide water needs and usage

answers: NDQ_001797

answers: Which of the following is not a reason for unpredictable region-wide water needs and usage?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: What does the RWSP manage and funds contracts of varied duration to acquire and convey this water from its source to the refuges’ boundaries?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: inconsistent annual natural conditions, specifically rainfall

answers: NDQ_001802

answers: occasional water quality concerns

answers: NDQ_001803

answers: wetlands

answers: NDQ_001804

answers: conveyance infrastructure

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: Incremental Level 4 is less predictable than Level 2

answers: NDQ_001769

answers: waterfowl.

answers: NDQ_001770

answers: water quality concerns.

answers: NDQ_001771

answers: waterfowl.

answers: NDQ_001772

answers: waterfowl.

answers: NDQ_001773

answers: Incremental Level 4

answers: NDQ_001774

answers: federal or state supplies.

answers: NDQ_001775

answers: conveyance infrastructure;

answers: NDQ_001776

answers: rainfall;

answers: NDQ_001777

answers: unpredictable region-wide water needs and usage;

answers: NDQ_001778

answers: rainfall;

answers: NDQ_001781

answers: unpredictable region-wide water needs and usage;

answers: NDQ_001782

answers: waterfowl.

answers: NDQ_001785

answers: Incremental Level 4 is less predictable than Level 2

answers: NDQ_001787

answers: occasional water quality concerns.

answers: NDQ_001788

answers: unpredictable region-wide water needs and usage;

answers: NDQ_001789

answers: Incremental Level 4

answers: NDQ_001790

answers: Incremental Level 4 is less predictable than Level 2

answers: NDQ_001791

answers: Incremental Level 4

answers: NDQ_001792

answers: Incremental Level 4

answers: NDQ_001793

answers: expanded wetland footprint.

answers: NDQ_001794

answers: Incremental Level 4

answers: NDQ_001795

answers: Incremental Level 4 is less predictable than Level 2

answers: NDQ_001796

answers: Incremental Level 4 is less predictable than Level 2

answers: NDQ_001797

answers: Incremental Level 4 is less predictable than Level 2

answers: NDQ_001798

answers: Incremental Level 4 is less predictable than Level 2

answers: NDQ_001799

answers: occasional water quality concerns.

answers: NDQ_001800

answers: sufficient conveyance infrastructure;

answers: NDQ_001801

answers: inconsistent annual natural conditions, specifically rainfall;

answers: NDQ_001802

answers: occasional water quality concerns.

answers: NDQ_001803

answers: rainfall;

answers: NDQ_001804

answers: The RWSP

answers: NDQ_001805

answers: waterfowl.

text: The affordability of water charges can be measured by macro- and micro-affordability. Macro-affordability" indicators relate national average household water and wastewater bills to average net disposable household income. In OECD countries it varies from 0.2% (Italy and Mexico) to 1.4% (Slovak Republic, Poland and Hungary). In the largest OECD countries the share is 0.3% in the United States and Japan, 0.7% in France and 0.9% in Germany. However, micro-affordability is quite different. It measures the share of bills in the income of the poor, defined in an OECD affordability study as the lowest decile of the population. This share varies between 1.1% (Sweden, Netherlands, Italy) and 5.3% in the Slovak Republic, 9.0% in Poland and 10.3% in Turkey. The OECD concludes that in half its member countries (15 out of 30), affordability of water charges for low-income households "is either a significant issue now or might become one in the future, if appropriate policy measures are not put in place." In developing countries the situation is more serious, not only because of lower incomes, but also because the poor are often not connected to the network. They usually pay a higher share of their meager incomes for lower quantities of water at often lower quality supplied by water vendors through trucks. On the other hand, utility bills paid by those fortunate enough to be connected to the network are often relatively low, especially in South Asia. Because of this situation the OECD does not recommend to use uniform "thresholds" for the affordability of water and wastewater bills. These "thresholds" are often quoted in the range of 3-5% of household income.

text: The affordability of water charges can be measured by macro- and micro-affordability. Macro-affordability" indicators relate national average household water and wastewater bills to average net disposable household income. In OECD countries it varies from 0.2% (Italy and Mexico) to 1.4% (Slovak Republic, Poland and Hungary). In the largest OECD countries the share is 0.3% in the

entity_name: Drinking water supply and sanitation in the United States

text: United States

text: and Japan, 0.7% in

text: France

text: and 0.9% in

text: Germany

text: . However, micro-affordability is quite different. It measures the share of bills in the income of the poor, defined in an OECD affordability study as the lowest

text: decile

text: of the population. This share varies between 1.1% (Sweden, Netherlands, Italy) and 5.3% in the Slovak Republic, 9.0% in Poland and 10.3% in Turkey. The

entity_name: Organisation for Economic Co-operation and Development

text: OECD

text: concludes that in half its member countries (15 out of 30), affordability of water charges for low-income households "is either a significant issue now or might become one in the future, if appropriate policy measures are not put in place." In developing countries the situation is more serious, not only because of lower incomes, but also because the poor are often not connected to the network. They usually pay a higher share of their meager incomes for lower quantities of water at often lower quality supplied by water vendors through trucks. On the other hand, utility bills paid by those fortunate enough to be connected to the network are often relatively low, especially in South Asia. Because of this situation the OECD does not recommend to use uniform "thresholds" for the affordability of water and wastewater bills. These "thresholds" are often quoted in the range of 3-5% of household income.

answers: NDQ_001768

answers: lower quantities of water

answers: NDQ_001769

answers: What is the lowest decile of the population?

answers: NDQ_001770

answers: Low-income households to pay more for what?

answers: NDQ_001771

answers: What does the OECD recommend to use uniform "thresholds"?

answers: NDQ_001772

answers: water vendors

answers: NDQ_001773

answers: Which of the following is not an OECD country: Italy, Poland or Turkey?

answers: NDQ_001774

answers: lower quality

answers: NDQ_001775

answers: What does the OECD recommend to use uniform "thresholds"?

answers: NDQ_001776

answers: AIDS

answers: NDQ_001777

answers: macro-affordability

answers: NDQ_001778

answers: lower incomes

answers: NDQ_001781

answers: lower quality

answers: NDQ_001782

answers: Which of the following is not a form of life: plants, animals, or humans?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: In developing countries the situation is more serious, not only because of lower incomes

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does the OECD conclude that in half its member countries

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Why is affordability of water charges for low-income households a significant issue?

answers: NDQ_001797

answers: Which country has a higher average household water and wastewater bills to average net disposable household income?

answers: NDQ_001798

answers: In OECD countries it varies

answers: NDQ_001799

answers: What is safe to drink as long as it is moving water

answers: NDQ_001800

answers: affordability of water charges for low-income households

answers: NDQ_001801

answers: a significant issue

answers: NDQ_001802

answers: In developing countries the situation is more serious

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: wastewater

answers: NDQ_001805

answers: household water and wastewater bills to average net disposable household income

answers: NDQ_001768

answers: water vendors through trucks.

answers: NDQ_001769

answers: countries the situation is more serious, not only because of lower incomes,

answers: NDQ_001770

answers: They usually pay a higher share of their meager incomes

answers: NDQ_001771

answers: the poor are often not connected to the network.

answers: NDQ_001772

answers: water vendors

answers: NDQ_001773

answers: 3-5% of household income.

answers: NDQ_001774

answers: wastewater

answers: NDQ_001775

answers: lower quality

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: lower incomes,

answers: NDQ_001778

answers: lower incomes,

answers: NDQ_001781

answers: lower quality

answers: NDQ_001782

answers: the poor are often not connected to the network.

answers: NDQ_001785

answers: poor are often not connected to the network.

answers: NDQ_001787

answers: lower quality

answers: NDQ_001788

answers: lower quality

answers: NDQ_001789

answers: utility bills

answers: NDQ_001790

answers: network.

answers: NDQ_001791

answers: developing countries

answers: NDQ_001792

answers: South Asia.

answers: NDQ_001793

answers: South Asia.

answers: NDQ_001794

answers: South Asia.

answers: NDQ_001795

answers: measures are not put in place."

answers: NDQ_001796

answers: the poor are often not connected to the network.

answers: NDQ_001797

answers: developing countries

answers: NDQ_001798

answers: network.

answers: NDQ_001799

answers: trucks.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: the poor are often not connected to the network.

answers: NDQ_001802

answers: lower quality

answers: NDQ_001803

answers: water vendors through trucks.

answers: NDQ_001804

answers: wastewater

answers: NDQ_001805

answers: South Asia.

text: With the completion of the Grand Canal in 1671, which served as drainage for the fountains of the garden, water, via a system of windmills, was pumped back to the reservoir on top of the Grotte de Thétys. While this system solved some of the water supply problems, there was never enough water to keep all of the fountains running in the garden in full-play all of the time (Thompson, 2006).

text: With the completion of the Grand Canal in 1671, which served as drainage for the fountains of the garden, water, via a system of windmills, was pumped back to the reservoir on top of the Grotte de Thétys. While this system solved some of the water supply problems, there was never enough water to keep all of the fountains running in the garden in full-play all of the time (Thompson, 2006).

answers: NDQ_001768

answers: windmills

answers: NDQ_001769

answers: unanswerable

answers: NDQ_001770

answers: fountains to stop running

answers: NDQ_001771

answers: fountains of the garden

answers: NDQ_001772

answers: windmills

answers: NDQ_001773

answers: Which of the following is not a type of chemical: agricultural chemicals, windmills, or water?

answers: NDQ_001774

answers: was never enough

answers: NDQ_001775

answers: drainage for fountains

answers: NDQ_001776

answers: water supply problems

answers: NDQ_001777

answers: water supply problems

answers: NDQ_001778

answers: fountains of the garden

answers: NDQ_001781

answers: was never enough

answers: NDQ_001782

answers: What is the purpose of the Grand Canal?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What may have contributed to the water supply problems?

answers: NDQ_001788

answers: Why was the Grand Canal in 1671 completed?

answers: NDQ_001789

answers: Yes

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Why did the Grand Canal serve as drainage for the fountains of the garden?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Why did the Grand Canal serve as drainage for the fountains of the garden?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving

answers: NDQ_001800

answers: water supply problems

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: windmills

answers: NDQ_001804

answers: the Grand Canal

answers: NDQ_001805

answers: fountains

answers: NDQ_001768

answers: windmills,

answers: NDQ_001769

answers: drainage for the fountains

answers: NDQ_001770

answers: water supply problems,

answers: NDQ_001771

answers: fountains of the garden,

answers: NDQ_001772

answers: windmills,

answers: NDQ_001773

answers: Grand Canal in 1671,

answers: NDQ_001774

answers: drainage

answers: NDQ_001775

answers: drainage

answers: NDQ_001776

answers: water,

answers: NDQ_001777

answers: water supply problems,

answers: NDQ_001778

answers: completion of the Grand Canal

answers: NDQ_001781

answers: there was never enough water

answers: NDQ_001782

answers: there was never enough water

answers: NDQ_001785

answers: there was never enough water

answers: NDQ_001787

answers: Grotte de Thétys.

answers: NDQ_001788

answers: there was never enough water

answers: NDQ_001789

answers: windmills,

answers: NDQ_001790

answers: Grand Canal in 1671,

answers: NDQ_001791

answers: With the completion of the Grand Canal in 1671,

answers: NDQ_001792

answers: Grotte de Thétys.

answers: NDQ_001793

answers: Grand Canal in 1671,

answers: NDQ_001794

answers: Grand Canal in 1671,

answers: NDQ_001795

answers: With the completion of the Grand Canal in 1671,

answers: NDQ_001796

answers: there was never enough water

answers: NDQ_001797

answers: there was never enough water

answers: NDQ_001798

answers: Grand Canal in 1671,

answers: NDQ_001799

answers: windmills,

answers: NDQ_001800

answers: water supply problems, there was never enough water

answers: NDQ_001801

answers: 1671,

answers: NDQ_001802

answers: there was never enough water

answers: NDQ_001803

answers: windmills,

answers: NDQ_001804

answers: Grand Canal

answers: NDQ_001805

answers: fountains

text: The freshwater lens of each atoll is a fragile system. Tropical cyclones and other storm events also result in wave wash over and extreme high water also occurs during spring tides. These events can result in salt water contamination of the fresh groundwater lens.  Periods of low rainfall can also result in contraction of the freshwater lens as the coconut trees and other vegetation draw up the water at a greater than recharge than it can be recharged. The over extraction of ground water to supply human needs has a similar result as drought conditions.

text: The

text: freshwater lens

text: of each atoll is a fragile system.

text: Tropical cyclone

text: s and other storm events also result in wave wash over and extreme high water also occurs during

text: spring tides

text: . These events can result in salt water contamination of the fresh groundwater lens.  Periods of low rainfall can also result in contraction of the freshwater lens as the coconut trees and other vegetation draw up the water at a greater than recharge than it can be recharged. The over extraction of ground water to supply human needs has a similar result as drought conditions.

answers: NDQ_001768

answers: over extraction of ground water

answers: NDQ_001769

answers: human needs

answers: NDQ_001770

answers: salt water contamination

answers: NDQ_001771

answers: swimming, surfing, and snorkeling

answers: NDQ_001772

answers: human

answers: NDQ_001773

answers: Which of the following is not a result of salt water contamination of the fresh groundwater lens?

answers: NDQ_001774

answers: over extracts

answers: NDQ_001775

answers: extraction of ground water

answers: NDQ_001776

answers: salt water contamination

answers: NDQ_001777

answers: rainfall

answers: NDQ_001778

answers: over extraction of ground water

answers: NDQ_001781

answers: over extracts ground water

answers: NDQ_001782

answers: Which of the following is not a form of life: coconut trees, vegetation, or humans?

answers: NDQ_001785

answers: Which of the following is true of the freshwater lens?

answers: NDQ_001787

answers: Which event can result in salt water contamination of the fresh groundwater lens?

answers: NDQ_001788

answers: Which of the following is not a type of vegetation: coconut trees and other vegetation

answers: NDQ_001789

answers: Which of the following is not a type of vegetation: coconut trees, coconuts, or groundwater?

answers: NDQ_001790

answers: Which of the following is not a reason for water scarcity?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is the freshwater lens of each atoll?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a result of salt water contamination of the fresh groundwater lens

answers: NDQ_001797

answers: Which of the following is not a result of over extraction of ground water to supply human needs?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: over extraction of ground water

answers: NDQ_001801

answers: drought conditions

answers: NDQ_001802

answers: salt water contamination of the fresh groundwater lens

answers: NDQ_001803

answers: is not mentioned

answers: NDQ_001804

answers: coconut trees and other vegetation

answers: NDQ_001805

answers: human needs

answers: NDQ_001768

answers: The over extraction of ground water to supply human needs

answers: NDQ_001769

answers: human needs

answers: NDQ_001770

answers: salt water contamination of the fresh groundwater lens.

answers: NDQ_001771

answers: spring tides.

answers: NDQ_001772

answers: human needs

answers: NDQ_001773

answers: over extraction of ground water to supply human needs

answers: NDQ_001774

answers: over extraction of ground water

answers: NDQ_001775

answers: human needs

answers: NDQ_001776

answers: over extraction of ground water

answers: NDQ_001777

answers: low rainfall

answers: NDQ_001778

answers: over extraction of ground water

answers: NDQ_001781

answers: over extraction of ground water to supply human needs

answers: NDQ_001782

answers: The over extraction of ground water

answers: NDQ_001785

answers: The over extraction of ground water

answers: NDQ_001787

answers: salt water contamination of the fresh groundwater lens.

answers: NDQ_001788

answers: over extraction of ground water to supply human needs

answers: NDQ_001789

answers: ground water

answers: NDQ_001790

answers: drought conditions.

answers: NDQ_001791

answers: The freshwater lens of each atoll is a fragile system.

answers: NDQ_001792

answers: The freshwater lens of each atoll is a fragile system.

answers: NDQ_001793

answers: over extraction of ground water

answers: NDQ_001794

answers: The over extraction of ground water

answers: NDQ_001795

answers: over extraction of ground water

answers: NDQ_001796

answers: The over extraction of ground water

answers: NDQ_001797

answers: The over extraction of ground water

answers: NDQ_001798

answers: The over extraction of ground water

answers: NDQ_001799

answers: spring tides.

answers: NDQ_001800

answers: over extraction of ground water

answers: NDQ_001801

answers: contraction of the freshwater lens

answers: NDQ_001802

answers: salt water contamination of the fresh groundwater lens.

answers: NDQ_001803

answers: The over extraction of ground water

answers: NDQ_001804

answers: ground water

answers: NDQ_001805

answers: human needs

text: According to an article in the Guardian, in 2005, deputy minister Qiu Baoxing stated that more than 100 out of the 660 cities had extreme water shortages. Pan Yue, deputy director of the state environment protection agency, warned that economic growth was unsustainable due to the water problems. In 2004 the World Bank warned  that the scarcity of the resource would lead to "a fight between rural interests, urban interests and industrial interests on who gets water in China." In April 2005 there were dozens of injuries in Dongyang city, Zhejiang Province, due to clashes over the nearby chemical factories of the Juxi Industrial Park accused of water pollution that harmed crops and led to deformed babies being born. According to the article, a quarter of the population lacked clean drinking water and less than a third of the waste was treated. China is expected to face worsening water shortages until 2030 when the population peaks.

text: According to an article in the Guardian, in 2005, deputy minister Qiu Baoxing stated that more than 100 out of the 660 cities had extreme water shortages. Pan Yue, deputy director of the state environment protection agency, warned that economic growth was unsustainable due to the water problems. In 2004 the

text: World Bank

text: warned  that the scarcity of the resource would lead to "a fight between rural interests, urban interests and industrial interests on who gets water in China." In April 2005 there were dozens of injuries in

text: Dongyang

text: city,

text: Zhejiang Province

text: , due to clashes over the nearby chemical factories of the Juxi Industrial Park accused of water pollution that harmed crops and led to deformed babies being born. According to the article, a quarter of the population lacked clean drinking water and less than a third of the waste was treated. China is expected to face worsening water shortages until 2030 when the population peaks.

answers: NDQ_001768

answers: a third of the waste was treated

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: deformed babies

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: unanswerable

answers: NDQ_001773

answers: Which of the following is not a type of industry: rural interests, urban interests or industrial interests?

answers: NDQ_001774

answers: waste is treated

answers: NDQ_001775

answers: chemical factories

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: rural interests, urban interests and industrial interests

answers: NDQ_001778

answers: less than a third of the waste was treated

answers: NDQ_001781

answers: treated

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How many years can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: less than a third of the waste was treated

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or urban climates?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: 2005

answers: NDQ_001802

answers: According to the article, a quarter of the population lacked clean drinking water

answers: NDQ_001803

answers: water pollution

answers: NDQ_001804

answers: unspecified

answers: NDQ_001805

answers: water pollution that harmed crops

answers: NDQ_001768

answers: rural interests, urban interests and industrial interests

answers: NDQ_001769

answers: drinking water

answers: NDQ_001770

answers: harmed crops and led to deformed babies being born.

answers: NDQ_001771

answers: drinking water

answers: NDQ_001772

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001773

answers: water pollution that harmed crops

answers: NDQ_001774

answers: waste

answers: NDQ_001775

answers: chemical factories

answers: NDQ_001776

answers: water pollution

answers: NDQ_001777

answers: rural interests, urban interests and industrial interests

answers: NDQ_001778

answers: water pollution

answers: NDQ_001781

answers: less than a third of the waste was treated.

answers: NDQ_001782

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001785

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001787

answers: chemical factories of the Juxi Industrial Park

answers: NDQ_001788

answers: less than a third of the waste was treated.

answers: NDQ_001789

answers: chemical factories of the Juxi Industrial Park

answers: NDQ_001790

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001791

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001792

answers: more than 100 out of the 660 cities had extreme water shortages.

answers: NDQ_001793

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001794

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001795

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001796

answers: water pollution

answers: NDQ_001797

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001798

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001799

answers: clean drinking water

answers: NDQ_001800

answers: water shortages.

answers: NDQ_001801

answers: 2005,

answers: NDQ_001802

answers: a quarter of the population lacked clean drinking water

answers: NDQ_001803

answers: water pollution

answers: NDQ_001804

answers: less than a third of the waste was treated.

answers: NDQ_001805

answers: drinking water

text: According to the Prime Minister's office, as the impact of climate change intensifies, Australia faces increasingly acute long-term water shortages with lower rainfall, rivers drying up and dam water levels falling. In most parts of Australia, surface water stored in reservoirs is the main source for municipal water supply, making water supply vulnerable to droughts; only a much smaller share comes from groundwater. Non-conventional water sources, such as seawater desalination, play an increasing role in Australia's water supply, with one desalination plant commissioned to supply Perth and others being built in Sydney, the Gold Coast, Melbourne, Adelaide, and another is planned to be built at Port Augusta.

text: According to the Prime Minister's office, as the impact of climate change intensifies, Australia faces increasingly acute long-term water shortages with lower rainfall, rivers drying up and dam water levels falling. In most parts of Australia, surface water stored in reservoirs is the main source for municipal water supply, making water supply vulnerable to

text: droughts

text: ; only a much smaller share comes from groundwater. Non-conventional water sources, such as seawater desalination, play an increasing role in Australia's water supply, with one desalination plant commissioned to supply

text: Perth

text: and others being built in

text: Sydney

text: , the

text: Gold Coast

text: Melbourne

text: Adelaide

text: , and another is planned to be built at

text: Port Augusta

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: municipal water supply

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: What is the main source for municipal water supply?

answers: NDQ_001772

answers: municipal water supply

answers: NDQ_001773

answers: Which of the following is not a non-conventional water source: seawater desalination, groundwater or surface water?

answers: NDQ_001774

answers: groundwater

answers: NDQ_001775

answers: What is the main source for municipal water supply?

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: water stored in reservoirs

answers: NDQ_001781

answers: groundwater

answers: NDQ_001782

answers: Which of the following is not a form of water: groundwater, surface water, or surface water?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a source for municipal water supply, making water supply vulnerable to droughts: surface water stored in reservoirs

answers: NDQ_001788

answers: None of the above choices

answers: NDQ_001789

answers: Desalination

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: In most parts of Australia, surface water stored in reservoirs

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: What is the main source for municipal water supply?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: desalination

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: municipal water supply

answers: NDQ_001768

answers: seawater desalination,

answers: NDQ_001769

answers: municipal water supply,

answers: NDQ_001770

answers: droughts;

answers: NDQ_001771

answers: seawater desalination,

answers: NDQ_001772

answers: municipal water supply,

answers: NDQ_001773

answers: Australia faces increasingly acute long-term water shortages

answers: NDQ_001774

answers: droughts;

answers: NDQ_001775

answers: municipal water supply,

answers: NDQ_001776

answers: climate change

answers: NDQ_001777

answers: rainfall,

answers: NDQ_001778

answers: surface water stored in reservoirs

answers: NDQ_001781

answers: droughts;

answers: NDQ_001782

answers: Australia faces increasingly acute long-term water shortages

answers: NDQ_001785

answers: water shortages

answers: NDQ_001787

answers: only a much smaller share comes from groundwater.

answers: NDQ_001788

answers: droughts; only a much smaller share comes from groundwater.

answers: NDQ_001789

answers: seawater desalination,

answers: NDQ_001790

answers: Australia faces increasingly acute long-term water shortages

answers: NDQ_001791

answers: groundwater.

answers: NDQ_001792

answers: groundwater.

answers: NDQ_001793

answers: seawater desalination,

answers: NDQ_001794

answers: groundwater.

answers: NDQ_001795

answers: Australia faces increasingly acute long-term water shortages

answers: NDQ_001796

answers: seawater desalination,

answers: NDQ_001797

answers: droughts;

answers: NDQ_001798

answers: surface water stored in reservoirs

answers: NDQ_001799

answers: groundwater.

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: Australia faces increasingly acute long-term water shortages

answers: NDQ_001802

answers: making water supply vulnerable to droughts;

answers: NDQ_001803

answers: seawater desalination,

answers: NDQ_001804

answers: groundwater.

answers: NDQ_001805

answers: groundwater.

text: Water systems of ancient times relied on gravity for the supply of water, using pipes or channels usually made of clay, lead, bamboo, wood, or stone. Hollowed wooden logs wrapped in steel banding were used for plumbing pipes, particularly water mains. Logs were used for water distribution in England close to 500 years ago. US cities began using hollowed logs in the late 1700s through the 1800s.  Today, most plumbing supply pipe is made out of steel, copper, and plastic; most waste (also known as "soil") out of steel, copper, plastic, and cast iron.

text: Water systems of ancient times relied on gravity for the supply of water, using pipes or channels usually made of

text: clay

text: lead

text: , bamboo, wood, or stone. Hollowed wooden logs wrapped in steel banding were used for plumbing pipes, particularly water mains. Logs were used for water distribution in England close to 500 years ago. US cities began using hollowed logs in the late 1700s through the 1800s.  Today, most plumbing supply pipe is made out of steel, copper, and plastic; most waste (also known as "soil") out of steel, copper, plastic, and cast iron.

answers: NDQ_001768

answers: pipes made of clay

answers: NDQ_001769

answers: US cities

answers: NDQ_001770

answers: soil to rot

answers: NDQ_001771

answers: water skiing

answers: NDQ_001772

answers: US cities

answers: NDQ_001773

answers: Which of the following is not a type of waste: steel, copper, plastic, or cast iron?

answers: NDQ_001774

answers: is made out of clay

answers: NDQ_001775

answers: What was used for water distribution in the 1800s?

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: gravity

answers: NDQ_001778

answers: steel, copper, and plastic

answers: NDQ_001781

answers: soil

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a type of plumbing supply pipe: steel, copper, or plastic?

answers: NDQ_001788

answers: What is the most common material used for plumbing supply pipe?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: Which of the following is not a type of pipe: clay, lead, bamboo, wood, or stone?

answers: NDQ_001797

answers: Which of the following is not a type of climate: Drier, cold, or wet?

answers: NDQ_001798

answers: None of the above choices

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water.

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: most waste (also known as "soil") out of steel, copper, plastic, and cast iron.

answers: NDQ_001803

answers: soil

answers: NDQ_001804

answers: water mains

answers: NDQ_001805

answers: waste

answers: NDQ_001768

answers: clay, lead, bamboo, wood, or stone.

answers: NDQ_001769

answers: cities

answers: NDQ_001770

answers: "soil")

answers: NDQ_001771

answers: Hollowed wooden logs

answers: NDQ_001772

answers: US cities

answers: NDQ_001773

answers: "soil") out of steel, copper, plastic, and cast iron.

answers: NDQ_001774

answers: "soil")

answers: NDQ_001775

answers: waste

answers: NDQ_001776

answers: "soil")

answers: NDQ_001777

answers: gravity

answers: NDQ_001778

answers: waste

answers: NDQ_001781

answers: "soil") out of steel, copper, plastic, and cast iron.

answers: NDQ_001782

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001785

answers: water,

answers: NDQ_001787

answers: steel, copper, and plastic;

answers: NDQ_001788

answers: "soil") out of steel, copper, plastic, and cast iron.

answers: NDQ_001789

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001790

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001791

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001792

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001793

answers: steel, copper, and plastic;

answers: NDQ_001794

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001795

answers: steel, copper, and plastic;

answers: NDQ_001796

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001797

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001798

answers: most plumbing supply pipe is made out of steel, copper, and plastic;

answers: NDQ_001799

answers: gravity for the supply of water,

answers: NDQ_001800

answers: waste

answers: NDQ_001801

answers: Water systems of ancient times relied on gravity for the supply of water,

answers: NDQ_001802

answers: most waste

answers: NDQ_001803

answers: "soil")

answers: NDQ_001804

answers: water mains.

answers: NDQ_001805

answers: gravity for the supply of water,

text: Drinking water supply poses a major problem in the state. Because of high altitude terrain and undulating topography drinking water is mainly obtained from streams. The pollution, lack of sanitation and open air defecation, leads to contamination of surface water.Water pollutants create a wide variety of problems by entering into the food chain. Over-exploitation of natural resources and dumping of hazardous wastes further aggravates the problem. Being unhygienic, it results to pollution and can spread diseases like hill dysentery. Since villages are sparsely populated and distantly located, the arrangement of drinking water leds to the problem of high costs. In 1948, except 4 towns, no other habitation in the state had piped water supply. By 1989, drinking water through pipes was made available in about 15,000 villages covering about 75% of the state population. Now alternate sources -underground water has been tapped through handpumps.Under ARWSP, the following norms are being adopted for providing drinking water to rural population in the habitations : 40 litres per capita per day (lpcd) of safe drinking water for human beings. 30 lpcd additional for cattle in the Desert Development Programme Areas. One hand pump or stand post for every 250 persons. The water source should exist within 1.6 km in the plains and within 100 metres elevation in the hilly areas. [Water is defined as safe if it is free from biological contamination (cholera, typhoid, etc.) and chemical contamination (excess arsenic, fluoride, salinity, iron, nitrates, etc.)] Habitations which have a safe drinking water source point (either private or public) within 1.6 km in plains and 100 metre in hill areas but the capacity of the system ranges between 10 lpcd to 40 lpcd, are categorized as Partially Covered (PC) and those having less than 10 lpcd are categorized as Not Covered (NC).

text: Drinking water

text: supply poses a major problem in the state. Because of high altitude terrain and undulating topography drinking water is mainly obtained from

text: stream

text: s. The pollution, lack of sanitation and open air defecation, leads to contamination of surface water.Water pollutants create a wide variety of problems by entering into the food chain.

text: Over-exploitation

text: of natural resources and dumping of hazardous wastes further aggravates the problem. Being unhygienic, it results to pollution and can spread diseases like hill dysentery. Since villages are sparsely populated and distantly located, the arrangement of

text: drinking water

text: leds to the problem of high costs. In 1948, except 4 towns, no other habitation in the state had piped

text: water supply

text: . By 1989,

text: drinking water

text: through pipes was made available in about 15,000

text: village

text: s covering about 75% of the state population. Now alternate sources -underground water has been tapped through handpumps.Under ARWSP, the following norms are being adopted for providing drinking water to rural population in the habitations : 40 litres per capita per day (lpcd) of safe drinking water for human beings. 30 lpcd additional for cattle in the Desert Development Programme Areas. One hand pump or stand post for every 250 persons. The water source should exist within 1.6 km in the plains and within 100 metres elevation in the hilly areas. [Water is defined as safe if it is free from biological contamination (cholera, typhoid, etc.) and chemical contamination (excess arsenic, fluoride, salinity, iron, nitrates, etc.)] Habitations which have a safe drinking water source point (either private or public) within 1.6 km in plains and 100 metre in hill areas but the capacity of the system ranges between 10 lpcd to 40 lpcd, are categorized as Partially Covered (PC) and those having less than 10 lpcd are categorized as Not Covered (NC).

answers: NDQ_001768

answers: mainly obtained from streams

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: Hill dysentery

answers: NDQ_001771

answers: How many litres per capita per day (lpcd) of safe drinking water for human beings?

answers: NDQ_001772

answers: cattle

answers: NDQ_001773

answers: Which of the following is not covered by the ARWSP?

answers: NDQ_001774

answers: is not covered

answers: NDQ_001775

answers: How many litres per capita per day (lpcd) of safe drinking water for human beings

answers: NDQ_001776

answers: cholera

answers: NDQ_001777

answers: high altitude terrain

answers: NDQ_001778

answers: Over-exploitation of natural resources

answers: NDQ_001781

answers: contamination of surface water

answers: NDQ_001782

answers: Which of the following is not a form of life: human beings or cattle?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a chemical contamination: arsenic, fluoride, salinity, iron, nitrates, etc.?

answers: NDQ_001788

answers: Which of the following is not a source of drinking water?

answers: NDQ_001789

answers: Which of the following is not a source of drinking water: rivers, streams, or lakes?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Because of high altitude terrain and undulating topography

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Which of the following is not true?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of contamination: cholera, typhoid, or chemical contamination?

answers: NDQ_001797

answers: How many litres per capita per day of safe drinking water for human beings does the desert have?

answers: NDQ_001798

answers: By 1989, drinking water through pipes

answers: NDQ_001799

answers: Why is drinking water mainly obtained from streams?

answers: NDQ_001800

answers: Drinking water supply

answers: NDQ_001801

answers: Not Covered

answers: NDQ_001802

answers: water pollutants create a wide variety of problems

answers: NDQ_001803

answers: hand pumps

answers: NDQ_001804

answers: handpumps

answers: NDQ_001805

answers: human beings

answers: NDQ_001768

answers: d) of safe drinking water

answers: NDQ_001769

answers: (lpcd) of safe drinking water for human beings.

answers: NDQ_001770

answers: chemical contamination

answers: NDQ_001771

answers: 30 lpcd additional for cattle

answers: NDQ_001772

answers: cattle

answers: NDQ_001773

answers: (excess arsenic,

answers: NDQ_001774

answers: cd) of safe drinking water

answers: NDQ_001775

answers: 30 lpcd

answers: NDQ_001776

answers: biological contamination

answers: NDQ_001777

answers: 10 lpcd to 40 lpcd,

answers: NDQ_001778

answers: Over-exploitation of natural resources and dumping of hazardous wastes

answers: NDQ_001781

answers: Not Covered (NC).

answers: NDQ_001782

answers: cd) of safe drinking water for human beings.

answers: NDQ_001785

answers: (lpcd) of safe drinking water for human beings.

answers: NDQ_001787

answers: Not Covered (NC).

answers: NDQ_001788

answers: 10 lpcd to 40 lpcd,

answers: NDQ_001789

answers: piped water supply.

answers: NDQ_001790

answers: Not Covered (NC).

answers: NDQ_001791

answers: Not Covered (NC).

answers: NDQ_001792

answers: per day (lpcd) of safe drinking water

answers: NDQ_001793

answers: lpcd) of safe drinking water for human beings.

answers: NDQ_001794

answers: (lpcd) of safe drinking water for human beings.

answers: NDQ_001795

answers: Not Covered (NC).

answers: NDQ_001796

answers: hill dysentery.

answers: NDQ_001797

answers: Not Covered (NC).

answers: NDQ_001798

answers: s per capita per day (lpcd)

answers: NDQ_001799

answers: One hand pump or stand post for every 250 persons.

answers: NDQ_001800

answers: of safe drinking water

answers: NDQ_001801

answers: Not Covered (NC).

answers: NDQ_001802

answers: unhygienic,

answers: NDQ_001803

answers: 30 lpcd

answers: NDQ_001804

answers: handpumps.Under

answers: NDQ_001805

answers: safe drinking water for human beings.

text: Issues that affect drinking water supply and sanitation in the United States include water scarcity, pollution, a backlog of investment, concerns about the affordability of water for the poorest, and a rapidly retiring workforce. Increased variability and intensity of rainfall as a result of climate change is expected to produce both more severe droughts and flooding, with potentially serious consequences for water supply and for pollution from combined sewer overflows. Droughts are likely to particularly affect the 66 percent of Americans whose communities depend on surface water. As for drinking water quality, there are concerns about disinfection by-products, lead, perchlorates and pharmaceutical substances, but generally drinking water quality in the U.S. is good.

text: Issues that affect

text: drinking water

text: supply and sanitation in the United States include

text: water scarcity

text: pollution

text: , a backlog of investment, concerns about the affordability of water for the poorest, and a rapidly retiring workforce. Increased variability and intensity of rainfall as a result of

text: climate change

text: is expected to produce both more severe droughts and flooding, with potentially serious consequences for water supply and for pollution from

text: combined sewer overflow

text: s. Droughts are likely to particularly affect the 66 percent of Americans whose communities depend on surface water. As for drinking water quality, there are concerns about disinfection by-products,

text: lead

text: perchlorates

text: and pharmaceutical substances, but generally drinking water quality in the U.S. is good.

answers: NDQ_001768

answers: drinking water

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: Combined sewer overflows

answers: NDQ_001771

answers: How many percent of Americans rely on surface water?

answers: NDQ_001772

answers: Americans

answers: NDQ_001773

answers: Which of the following is not a concern for drinking water quality: disinfection by-products, lead, perchlorates or pharmaceutical substances?

answers: NDQ_001774

answers: pollutes

answers: NDQ_001775

answers: disinfection by-products

answers: NDQ_001776

answers: drinking water quality

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: climate change

answers: NDQ_001781

answers: pollution

answers: NDQ_001782

answers: Which of the following is not a type of life: plants, animals, or humans?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a concern about drinking water quality: disinfection by-products, lead, perchlorates or pharmaceutical substances?

answers: NDQ_001788

answers: Which of the following is not a concern about drinking water quality?

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: not enough information

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: concerns about the affordability of water

answers: NDQ_001797

answers: Which of the following is not a concern for drinking water quality: disinfection by-products, lead, perchlorates or pharmaceutical substances?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is drinking water quality in the U.S. good?

answers: NDQ_001800

answers: water scarcity

answers: NDQ_001801

answers: Droughts

answers: NDQ_001802

answers: disinfection by-products, lead, perchlorates and pharmaceutical substances

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: combined sewer overflows

answers: NDQ_001805

answers: water scarcity

answers: NDQ_001768

answers: surface water.

answers: NDQ_001769

answers: drinking

answers: NDQ_001770

answers: pollution from combined sewer overflows.

answers: NDQ_001771

answers: surface water.

answers: NDQ_001772

answers: drinking water supply and sanitation in the United States

answers: NDQ_001773

answers: lead,

answers: NDQ_001774

answers: combined sewer overflows.

answers: NDQ_001775

answers: disinfection

answers: NDQ_001776

answers: pollution,

answers: NDQ_001777

answers: climate change

answers: NDQ_001778

answers: climate change

answers: NDQ_001781

answers: combined sewer overflows.

answers: NDQ_001782

answers: generally drinking water quality in the U.S. is good.

answers: NDQ_001785

answers: water scarcity,

answers: NDQ_001787

answers: lead, perchlorates and pharmaceutical substances,

answers: NDQ_001788

answers: combined sewer overflows.

answers: NDQ_001789

answers: combined sewer overflows.

answers: NDQ_001790

answers: generally drinking water quality in the U.S. is good.

answers: NDQ_001791

answers: 66 percent of Americans whose communities depend on surface water.

answers: NDQ_001792

answers: Issues that affect drinking water supply and sanitation in the United States

answers: NDQ_001793

answers: generally drinking water quality in the U.S. is good.

answers: NDQ_001794

answers: surface water.

answers: NDQ_001795

answers: water scarcity,

answers: NDQ_001796

answers: lead, perchlorates and pharmaceutical substances,

answers: NDQ_001797

answers: droughts

answers: NDQ_001798

answers: generally drinking water quality in the U.S. is good.

answers: NDQ_001799

answers: generally drinking water quality in the U.S. is good.

answers: NDQ_001800

answers: water scarcity,

answers: NDQ_001801

answers: droughts

answers: NDQ_001802

answers: generally drinking water quality in the U.S. is good.

answers: NDQ_001803

answers: rainfall

answers: NDQ_001804

answers: combined sewer overflows.

answers: NDQ_001805

answers: surface water.

text: While Japan is not a water-stressed country per se, water availability varies substantially between years, seasons and regions leading to regular and serious water shortages. On average over the period 1971-2000, water resources in Japan stood at 420 km3 per year. At 3,300m3 per capita this is below the global average. On the Pacific coast where most Japanese live, 70-80% of rainfall occurs during only four months, i.e. the summer monsoon from June to July and the typhoon season from August to September. On the coast of the Sea of Japan the winter monsoon brings heavy snowfall from December to February. National droughts occur about every 10 years in Japan, in addition to more frequent regional droughts. During the drought in 1994 the piped water supply of 16 million people had to be restricted. It is expected that the severity of droughts will increase because of climate change which will reduce the amount of water stored in the form of snow, increase evaporation from reservoirs and reduce rainfall. Most of the water for domestic use comes from surface water. About 45% of the total comes from reservoirs regulated by dams, while 27% comes directly from rivers, 1% from lakes and 4% from river beds, totaling 77% from surface water. 23% of domestic water supply comes from groundwater, which is over-exploited in parts of the country.

text: While Japan is not a water-stressed country per se, water availability varies substantially between years, seasons and regions leading to regular and serious water shortages. On average over the period 1971-2000, water resources in Japan stood at 420 km3 per year. At 3,300m3 per capita this is below the global average. On the Pacific coast where most Japanese live, 70-80% of rainfall occurs during only four months, i.e. the summer monsoon from June to July and the

text: typhoon

text: season from August to September. On the coast of the

text: Sea of Japan

text: the winter monsoon brings heavy snowfall from December to February. National

text: drought

text: s occur about every 10 years in Japan, in addition to more frequent regional droughts. During the drought in 1994 the piped water supply of 16 million people had to be restricted. It is expected that the severity of droughts will increase because of

text: climate change

text: which will reduce the amount of water stored in the form of snow, increase evaporation from reservoirs and reduce rainfall. Most of the water for domestic use comes from surface water. About 45% of the total comes from reservoirs regulated by dams, while 27% comes directly from rivers, 1% from lakes and 4% from river beds, totaling 77% from surface water. 23% of domestic water supply comes from groundwater, which is over-exploited in parts of the country.

answers: NDQ_001768

answers: groundwater

answers: NDQ_001769

answers: Domestic use comes from surface water.

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: Which of the following is not a source of water for domestic use: surface water, groundwater, or reservoirs?

answers: NDQ_001772

answers: domestic use

answers: NDQ_001773

answers: Which of the following is not a source of water for domestic use: surface water, groundwater or reservoirs?

answers: NDQ_001774

answers: groundwater

answers: NDQ_001775

answers: How many percent of domestic water supply comes from groundwater?

answers: NDQ_001776

answers: water shortages

answers: NDQ_001777

answers: seasons and regions

answers: NDQ_001778

answers: climate change

answers: NDQ_001781

answers: is over-exploited in parts of the country

answers: NDQ_001782

answers: Which of the following is not a form of water: surface water, groundwater, or reservoirs?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: Which of the following is not a source of domestic water supply: surface water, reservoirs regulated by dams, or groundwater?

answers: NDQ_001788

answers: groundwater, which is over-exploited in parts of the country

answers: NDQ_001789

answers: Which of the following is not a source of water for domestic use?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: The winter monsoon brings heavy snowfall from December to February

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: At 3,300m3 per capita this is below the global average

answers: NDQ_001797

answers: How many percent of the water for domestic use comes from surface water?

answers: NDQ_001798

answers: On average over the period 1971-2000

answers: NDQ_001799

answers: Which of the following is not a source of water for domestic use: surface water, reservoirs, or groundwater?

answers: NDQ_001800

answers: water shortages

answers: NDQ_001801

answers: The drought in 1994

answers: NDQ_001802

answers: groundwater, which is over-exploited in parts of the country

answers: NDQ_001803

answers: groundwater

answers: NDQ_001804

answers: groundwater

answers: NDQ_001805

answers: domestic use

answers: NDQ_001768

answers: groundwater,

answers: NDQ_001769

answers: domestic use

answers: NDQ_001770

answers: groundwater,

answers: NDQ_001771

answers: surface water.

answers: NDQ_001772

answers: groundwater,

answers: NDQ_001773

answers: groundwater,

answers: NDQ_001774

answers: evaporation

answers: NDQ_001775

answers: surface water.

answers: NDQ_001776

answers: water shortages.

answers: NDQ_001777

answers: years, seasons and regions

answers: NDQ_001778

answers: climate change

answers: NDQ_001781

answers: groundwater,

answers: NDQ_001782

answers: surface water.

answers: NDQ_001785

answers: surface water.

answers: NDQ_001787

answers: 23% of domestic water supply comes from groundwater,

answers: NDQ_001788

answers: 23% of domestic water supply comes from groundwater,

answers: NDQ_001789

answers: groundwater,

answers: NDQ_001790

answers: Japan is not a water-stressed

answers: NDQ_001791

answers: surface water.

answers: NDQ_001792

answers: 23% of domestic water supply comes from groundwater,

answers: NDQ_001793

answers: 3,300m3 per capita this is below the global average.

answers: NDQ_001794

answers: 23% of domestic water supply comes from groundwater,

answers: NDQ_001795

answers: 3,300m3 per capita this is below the global average.

answers: NDQ_001796

answers: surface water.

answers: NDQ_001797

answers: Most of the water for domestic use comes from surface water.

answers: NDQ_001798

answers: Most of the water for domestic use comes from surface water.

answers: NDQ_001799

answers: surface water.

answers: NDQ_001800

answers: 3,300m3 per capita this is below the global average.

answers: NDQ_001801

answers: National droughts

answers: NDQ_001802

answers: 23% of domestic water supply comes from groundwater,

answers: NDQ_001803

answers: reservoirs regulated by dams,

answers: NDQ_001804

answers: groundwater,

answers: NDQ_001805

answers: surface water.

text: . Separation of urine from feces allows human waste to be treated separately and used as a potential resource. Applications are typically found where connection to a sewer-based sanitation system is not available or areas where water supplies are limited.

text: . Separation of urine from feces allows human waste to be treated separately and used as a potential resource. Applications are typically found where connection to a

text: sewer

text: -based sanitation system is not available or areas where water supplies are limited.

answers: NDQ_001768

answers: urine as a potential resource

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: feces to grow

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: humans

answers: NDQ_001773

answers: are used to grow crops.

answers: NDQ_001774

answers: feces

answers: NDQ_001775

answers: sewage treatment

answers: NDQ_001776

answers: diarrhea

answers: NDQ_001777

answers: sewer-based sanitation system

answers: NDQ_001778

answers: feces

answers: NDQ_001781

answers: is treated as a potential resource

answers: NDQ_001782

answers: Which of the following is not a source of water: urine or feces?

answers: NDQ_001785

answers: None of the above choices.

answers: NDQ_001787

answers: Which of the following is not a potential resource?

answers: NDQ_001788

answers: None of the above choices.

answers: NDQ_001789

answers: What can be used to generate electricity?

answers: NDQ_001790

answers: no

answers: NDQ_001791

answers: unanswerable

answers: NDQ_001792

answers: None of the above choices.

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: sewer-based sanitation system

answers: NDQ_001797

answers: Why is separation of urine and feces important?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: human waste

answers: NDQ_001801

answers: can be used as a potential resource

answers: NDQ_001802

answers: unanswerable

answers: NDQ_001803

answers: can be used as a resource

answers: NDQ_001804

answers: a sewer

answers: NDQ_001805

answers: human waste

answers: NDQ_001768

answers: Separation of urine from feces

answers: NDQ_001769

answers: a potential resource.

answers: NDQ_001770

answers: water supplies are limited.

answers: NDQ_001771

answers: urine

answers: NDQ_001772

answers: human waste

answers: NDQ_001773

answers: Separation of urine from feces

answers: NDQ_001774

answers: water supplies are limited.

answers: NDQ_001775

answers: a potential resource.

answers: NDQ_001776

answers: feces

answers: NDQ_001777

answers: limited.

answers: NDQ_001778

answers: human waste to be treated separately and used as a potential resource.

answers: NDQ_001781

answers: water supplies are limited.

answers: NDQ_001782

answers: urine from feces

answers: NDQ_001785

answers: water supplies are limited.

answers: NDQ_001787

answers: Separation of urine from feces

answers: NDQ_001788

answers: Separation of urine from feces

answers: NDQ_001789

answers: water supplies are limited.

answers: NDQ_001790

answers: water supplies are limited.

answers: NDQ_001791

answers: Separation of urine from feces

answers: NDQ_001792

answers: water supplies are limited.

answers: NDQ_001793

answers: water supplies are limited.

answers: NDQ_001794

answers: water supplies are limited.

answers: NDQ_001795

answers: water supplies are limited.

answers: NDQ_001796

answers: water supplies are limited.

answers: NDQ_001797

answers: areas where water supplies are limited.

answers: NDQ_001798

answers: water supplies are limited.

answers: NDQ_001799

answers: urine from feces

answers: NDQ_001800

answers: water supplies are limited.

answers: NDQ_001801

answers: water supplies are limited.

answers: NDQ_001802

answers: water supplies are limited.

answers: NDQ_001803

answers: Separation of urine from feces

answers: NDQ_001804

answers: sewer-based

answers: NDQ_001805

answers: urine from feces

text: Without treatment, raw water can be used for farming, construction or cleaning purposes. Farmers use it for watering their crops or give to livestock to drink, storing it in man-made lakes or reservoirs for long periods of time. Construction industries can use raw water for making cement or for damping down unsealed roads to prevent dust rising. Raw water can also be used for flushing toilets and washing cars, as well as any other purpose that do not require it to be consumed by humans. Water in this form is considered raw, as opposed to water which has been treated before consumption, such as drinking water or water which has been used in an industrial process, such as waste water. Contaminants usually make raw water unsafe for drinking by humans without treatment. However, millions of people in developing countries rely on untreated raw water for their water supply, sometimes purifying it by boiling.

text: Without treatment, raw water can be used for

text: farming

text: construction

text: or cleaning purposes. Farmers use it for watering their

text: crop

text: s or give to

text: livestock

text: to drink, storing it in man-made lakes or reservoirs for long periods of time. Construction industries can use raw water for making

text: cement

text: or for damping down unsealed roads to prevent dust rising. Raw water can also be used for flushing toilets and washing cars, as well as any other purpose that do not require it to be consumed by humans. Water in this form is considered raw, as opposed to water which has been

text: treated

text: before consumption, such as

text: drinking water

text: or water which has been used in an industrial process, such as

text: waste water

text: . Contaminants usually make raw water unsafe for drinking by humans without treatment. However, millions of people in

text: developing countries

text: rely on untreated raw water for their water supply, sometimes purifying it by boiling.

answers: NDQ_001768

answers: untreated raw water for their water supply

answers: NDQ_001769

answers: Which of the following is not a purpose that does not require it to be consumed by humans: farming, construction or cleaning?

answers: NDQ_001770

answers: Contaminants

answers: NDQ_001771

answers: Which of the following is not a purpose that can be used for raw water: flushing toilets and washing cars?

answers: NDQ_001772

answers: construction industries

answers: NDQ_001773

answers: Which of the following is not a purpose of raw water: farming, construction or cleaning?

answers: NDQ_001774

answers: Contaminants

answers: NDQ_001775

answers: What can raw water be used for?

answers: NDQ_001776

answers: contaminated water

answers: NDQ_001777

answers: raw water being used

answers: NDQ_001778

answers: storing it in man-made lakes

answers: NDQ_001781

answers: is not treated

answers: NDQ_001782

answers: Which of the following is not a type of life?

answers: NDQ_001785

answers: Which of the following is not a use for raw water?

answers: NDQ_001787

answers: Which of the following is not a use for raw water?

answers: NDQ_001788

answers: Which of the following is not a use for raw water?

answers: NDQ_001789

answers: Which of the following is not a use for raw water?

answers: NDQ_001790

answers: Why is water scarcity not a problem?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a purpose that raw water can be used for flushing toilets and washing cars?

answers: NDQ_001797

answers: Which of the following is not a purpose that raw water can be used for?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: What can be used for flushing toilets and washing cars

answers: NDQ_001800

answers: raw water

answers: NDQ_001801

answers: a drought

answers: NDQ_001802

answers: Contaminants usually make raw water unsafe

answers: NDQ_001803

answers: watering their crops or give to livestock to drink

answers: NDQ_001804

answers: untreated raw water

answers: NDQ_001805

answers: untreated raw water

answers: NDQ_001768

answers: untreated raw water

answers: NDQ_001769

answers: farming, construction or cleaning purposes.

answers: NDQ_001770

answers: Contaminants

answers: NDQ_001771

answers: flushing toilets and washing cars,

answers: NDQ_001772

answers: raw water

answers: NDQ_001773

answers: raw water

answers: NDQ_001774

answers: Contaminants

answers: NDQ_001775

answers: making cement

answers: NDQ_001776

answers: Contaminants

answers: NDQ_001777

answers: developing countries

answers: NDQ_001778

answers: storing it in man-made lakes or reservoirs for long periods of time.

answers: NDQ_001781

answers: Contaminants

answers: NDQ_001782

answers: raw water

answers: NDQ_001785

answers: raw water

answers: NDQ_001787

answers: Contaminants

answers: NDQ_001788

answers: storing it in man-made lakes or reservoirs for long periods of time.

answers: NDQ_001789

answers: raw water

answers: NDQ_001790

answers: Without treatment, raw water

answers: NDQ_001791

answers: Without treatment, raw water

answers: NDQ_001792

answers: Without treatment, raw water

answers: NDQ_001793

answers: millions of people in developing countries

answers: NDQ_001794

answers: man-made lakes or reservoirs

answers: NDQ_001795

answers: millions of people in developing countries rely on untreated raw water

answers: NDQ_001796

answers: millions of people in developing countries rely on untreated raw water

answers: NDQ_001797

answers: millions of people in developing countries

answers: NDQ_001798

answers: storing it in man-made lakes or reservoirs for long periods of time.

answers: NDQ_001799

answers: Contaminants

answers: NDQ_001800

answers: raw water

answers: NDQ_001801

answers: storing it in man-made lakes or reservoirs for long periods of time.

answers: NDQ_001802

answers: Contaminants usually make raw water unsafe for drinking by humans without treatment.

answers: NDQ_001803

answers: watering their crops

answers: NDQ_001804

answers: man-made lakes or reservoirs

answers: NDQ_001805

answers: watering their crops or give to livestock to drink,

text: Today, the California Aqueduct and the Delta-Mendota Canal, two of the state's largest water conveyance facilities, both draw water from the southern end of the Delta at the Clifton Court Forebay. Built in the mid-twentieth century, the former supplies water to the Los Angeles Basin and coastal central California via the State Water Project; the latter, a part of the CVP, provides supplies of irrigation water in the fertile San Joaquin Valley. Although the vast majority of water supplied by these projects is used for agriculture and urban areas, some water is also provided for wildlife refuges and habitat conservation works. The Contra Costa Canal and North Bay Aqueduct also take Delta water, supplying the nearby San Francisco Bay Area. Locally, the Delta provides water for cities and towns in five counties and for over 1,800 agricultural users.

text: Today, the

text: California Aqueduct

text: and the

text: Delta-Mendota Canal

text: , two of the state's largest water conveyance facilities, both draw water from the southern end of the Delta at the

text: Clifton Court Forebay

text: . Built in the mid-twentieth century, the former supplies water to the

text: Los Angeles Basin

text: and coastal central California via the

text: State Water Project

text: ; the latter, a part of the CVP, provides supplies of irrigation water in the fertile San Joaquin Valley. Although the vast majority of water supplied by these projects is used for agriculture and urban areas, some water is also provided for wildlife refuges and habitat conservation works. The

text: Contra Costa Canal

text: and

text: North Bay Aqueduct

text: also take Delta water, supplying the nearby San Francisco Bay Area. Locally, the Delta provides water for cities and towns in five counties and for over 1,800 agricultural users.

answers: NDQ_001768

answers: irrigation water

answers: NDQ_001769

answers: urban areas

answers: NDQ_001770

answers: droughts

answers: NDQ_001771

answers: What is the largest water conveyance facility?

answers: NDQ_001772

answers: agriculture

answers: NDQ_001773

answers: Which of the following is not a type of water conveyance facility: the California Aqueduct, the Delta-Mendota Canal or the State Water Project?

answers: NDQ_001774

answers: irrigation water

answers: NDQ_001775

answers: agriculture and urban areas

answers: NDQ_001776

answers: unanswerable

answers: NDQ_001777

answers: the size of the population

answers: NDQ_001778

answers: agricultural users

answers: NDQ_001781

answers: used for agriculture and urban areas

answers: NDQ_001782

answers: What does the Delta provide for cities and towns and for over 1,800 agricultural users?

answers: NDQ_001785

answers: How long can we live without water?

answers: NDQ_001787

answers: What may add unwanted chemicals to groundwater?

answers: NDQ_001788

answers: The vast majority of water supplied by these projects is used for agriculture and urban areas

answers: NDQ_001789

answers: What can water be used for?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What does the Delta provide for cities and towns in five counties and for over 1,800 agricultural users?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: no

answers: NDQ_001795

answers: no

answers: NDQ_001796

answers: unanswerable

answers: NDQ_001797

answers: Which of the following is not a climate type: Drier climates or urban areas?

answers: NDQ_001798

answers: no

answers: NDQ_001799

answers: It is safe to drink as long as it is moving water

answers: NDQ_001800

answers: no

answers: NDQ_001801

answers: unanswerable

answers: NDQ_001802

answers: The vast majority of water supplied by these projects is used for agriculture and urban areas

answers: NDQ_001803

answers: irrigation

answers: NDQ_001804

answers: the California Aqueduct

answers: NDQ_001805

answers: agriculture

answers: NDQ_001768

answers: agriculture and urban areas,

answers: NDQ_001769

answers: agriculture and urban areas,

answers: NDQ_001770

answers: wildlife refuges and habitat conservation works.

answers: NDQ_001771

answers: wildlife refuges and habitat conservation works.

answers: NDQ_001772

answers: agriculture and urban areas,

answers: NDQ_001773

answers: 1,800

answers: NDQ_001774

answers: wildlife refuges and habitat conservation works.

answers: NDQ_001775

answers: wildlife refuges and habitat conservation works.

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: agriculture and urban areas,

answers: NDQ_001778

answers: agriculture

answers: NDQ_001781

answers: agriculture and urban areas,

answers: NDQ_001782

answers: wildlife refuges and habitat conservation works.

answers: NDQ_001785

answers: Clifton Court Forebay.

answers: NDQ_001787

answers: irrigation water in the fertile San Joaquin Valley.

answers: NDQ_001788

answers: vast majority of water supplied by these projects is used for agriculture and urban areas,

answers: NDQ_001789

answers: irrigation water

answers: NDQ_001790

answers: California Aqueduct and the Delta-Mendota Canal,

answers: NDQ_001791

answers: Clifton Court Forebay.

answers: NDQ_001792

answers: wildlife refuges and habitat conservation works.

answers: NDQ_001793

answers: agriculture and urban areas,

answers: NDQ_001794

answers: California Aqueduct

answers: NDQ_001795

answers: California Aqueduct and the Delta-Mendota Canal,

answers: NDQ_001796

answers: Clifton Court Forebay.

answers: NDQ_001797

answers: San Joaquin Valley.

answers: NDQ_001798

answers: some water is also provided for wildlife refuges and habitat conservation works.

answers: NDQ_001799

answers: water conveyance

answers: NDQ_001800

answers: water

answers: NDQ_001801

answers: Clifton Court Forebay.

answers: NDQ_001802

answers: vast majority of water supplied by these projects is used for agriculture and urban areas,

answers: NDQ_001803

answers: irrigation water

answers: NDQ_001804

answers: California Aqueduct

answers: NDQ_001805

answers: agriculture

text: Water quality. Water quality varies significantly within the country. In the semi-arid regions (including Dodoma, Singida, Tabora, Shinyanga, and Arusha), colour and turbidity levels become problematic during the rainy season. Rivers in the fluoride belt (including Arusha, Kilimanjaro, Singida, and Shinyanga regions of the Rift Valley, and extending to the Pangani and Internal Drainage basins) have naturally high fluoride concentrations. The waters of Lakes Tanganyika and Nyasa have overall good water quality except in the vicinity of urbanareas where effluent and storm water cause local contamination, whereas the water quality of Lake Victoria is poor: high turbidity and nutrient levels lead to frequent blooms of algae and infestations ofwater weeds.

text: Water quality. Water quality varies significantly within the country. In the semi-arid regions (including

text: Dodoma

text: Singida

text: Tabora

text: Shinyanga

text: , and

text: Arusha

text: ), colour and turbidity levels become problematic during the rainy season. Rivers in the fluoride belt (including Arusha, Kilimanjaro, Singida, and Shinyanga regions of the Rift Valley, and extending to the Pangani and Internal Drainage basins) have naturally high

text: fluoride

text: concentrations. The waters of

text: Lakes Tanganyika

text: and

text: Nyasa

text: have overall good water quality except in the vicinity of urbanareas where effluent and storm water cause local contamination, whereas the water quality of

text: Lake Victoria

text: is poor: high turbidity and nutrient levels lead to frequent blooms of algae and infestations ofwater weeds.

answers: NDQ_001768

answers: Lakes Tanganyika

answers: NDQ_001769

answers: urbanareas

answers: NDQ_001770

answers: local contamination

answers: NDQ_001771

answers: Lakes Tanganyika and Nyasa

answers: NDQ_001772

answers: urbanareas

answers: NDQ_001773

answers: Which of the following is not a type of agricultural chemicals: fertilizers, pesticides, or pesticides?

answers: NDQ_001774

answers: urbanareas

answers: NDQ_001775

answers: high turbidity and nutrient levels

answers: NDQ_001776

answers: urbanareas

answers: NDQ_001777

answers: water quality

answers: NDQ_001778

answers: urbanareas

answers: NDQ_001781

answers: urbanareas

answers: NDQ_001782

answers: Which of the following is not a form of life: algae or weeds?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: Which of the following is not a cause of local contamination: effluent and storm water

answers: NDQ_001788

answers: Which of the following is not a cause of local contamination: effluent and storm water

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: How many percent of Earth is covered by water?

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: What is a source of fresh water in some locations?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: Where is the fluoride belt located?

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of algae: algae, weeds, or fluoride?

answers: NDQ_001797

answers: Which of the following is not a type of climate: arid, semi-arid, or tropical?

answers: NDQ_001798

answers: None of the above choices .

answers: NDQ_001799

answers: Why is water safe to drink if it is moving water?

answers: NDQ_001800

answers: NDQ_001801

answers: rainy season

answers: NDQ_001802

answers: water quality of Lake Victoria is poor

answers: NDQ_001803

answers: Drainage

answers: NDQ_001804

answers: internal drainage basins

answers: NDQ_001805

answers: urbanareas

answers: NDQ_001768

answers: effluent and storm water

answers: NDQ_001769

answers: urbanareas

answers: NDQ_001770

answers: local contamination,

answers: NDQ_001771

answers: Lake Victoria

answers: NDQ_001772

answers: urbanareas

answers: NDQ_001773

answers: fluoride

answers: NDQ_001774

answers: effluent

answers: NDQ_001775

answers: effluent

answers: NDQ_001776

answers: Water quality.

answers: NDQ_001777

answers: Water quality.

answers: NDQ_001778

answers: effluent and storm water

answers: NDQ_001781

answers: algae and infestations ofwater weeds.

answers: NDQ_001782

answers: Water quality varies significantly within the country.

answers: NDQ_001785

answers: Water

answers: NDQ_001787

answers: effluent and storm water

answers: NDQ_001788

answers: effluent and storm water

answers: NDQ_001789

answers: Water

answers: NDQ_001790

answers: Water quality.

answers: NDQ_001791

answers: fluoride belt

answers: NDQ_001792

answers: colour and turbidity levels become problematic during the rainy season.

answers: NDQ_001793

answers: Lakes Tanganyika and Nyasa have overall good water quality

answers: NDQ_001794

answers: fluoride belt

answers: NDQ_001795

answers: colour and turbidity levels become problematic during the rainy season.

answers: NDQ_001796

answers: the water quality of Lake Victoria

answers: NDQ_001797

answers: semi-arid regions

answers: NDQ_001798

answers: colour and turbidity levels become problematic during the rainy season.

answers: NDQ_001799

answers: effluent and storm water

answers: NDQ_001800

answers: Water quality.

answers: NDQ_001801

answers: rainy season.

answers: NDQ_001802

answers: Water quality varies significantly

answers: NDQ_001803

answers: storm water

answers: NDQ_001804

answers: Internal Drainage

answers: NDQ_001805

answers: urbanareas where effluent and storm water

text: Use of recycled water in industrial settings is increasing as strained freshwater supplies are decreasing. Among the industrial applications are pulp and paper plants as well as power-generation plants in cooling towers and boiler water. Industrial water reuse is an attractive option to California industries given the cost of freshwater resources. Additionally, water needn't be treated to very high standards to be use in industrial applications, and this makes it an even more cost effective solution. West Basin Municipal Water District, Edward C. Little Water Recycling Facility has been providing recycled water to industrial customers since 1995.

text: Use of recycled water in industrial settings is increasing as strained freshwater supplies are decreasing. Among the industrial applications are pulp and paper plants as well as power-generation plants in cooling towers and boiler water. Industrial water reuse is an attractive option to California industries given the cost of freshwater resources. Additionally, water needn't be treated to very high standards to be use in industrial applications, and this makes it an even more cost effective solution. West Basin Municipal Water District, Edward C. Little Water Recycling Facility has been providing recycled water to industrial customers since 1995.

answers: NDQ_001768

answers: recycled water in industrial settings

answers: NDQ_001769

answers: What does West Basin Municipal Water District refer to?

answers: NDQ_001770

answers: strained freshwater supplies

answers: NDQ_001771

answers: How many years has the West Basin Municipal Water District been providing recycled water to industrial customers?

answers: NDQ_001772

answers: industrial applications

answers: NDQ_001773

answers: Which of the following is not an industrial application: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001774

answers: is not treated

answers: NDQ_001775

answers: Which of the following is not an industrial application: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001776

answers: untreated water

answers: NDQ_001777

answers: freshwater supplies

answers: NDQ_001778

answers: use of recycled water

answers: NDQ_001781

answers: does not have to be treated to very high standards

answers: NDQ_001782

answers: Which of the following is not an industrial application: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001785

answers: Which of the following is not an industrial application: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001787

answers: Which of the following is not an industrial application: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001788

answers: Which of the following is not an industrial application: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001789

answers: Which of the following is not an industrial application: pulp and paper plants, power-generation plants or boiler water?

answers: NDQ_001790

answers: unanswerable

answers: NDQ_001791

answers: How many percent of Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water: glaciers or recycled water?

answers: NDQ_001793

answers: no

answers: NDQ_001794

answers: unanswerable

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: Which of the following is not a type of plant: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001797

answers: Which of the following is not a type of industry: pulp and paper plants, power-generation plants, or boiler water?

answers: NDQ_001798

answers: It's impossible to say

answers: NDQ_001799

answers: None of the above choices.

answers: NDQ_001800

answers: freshwater

answers: NDQ_001801

answers: strained freshwater supplies are decreasing

answers: NDQ_001802

answers: water need not be treated to very high standards

answers: NDQ_001803

answers: recycled water

answers: NDQ_001804

answers: Water Recycling Facility

answers: NDQ_001805

answers: unanswerable

answers: NDQ_001768

answers: recycled water

answers: NDQ_001769

answers: Municipal Water District,

answers: NDQ_001770

answers: strained freshwater supplies are decreasing.

answers: NDQ_001771

answers: pulp and paper plants

answers: NDQ_001772

answers: recycled water in industrial

answers: NDQ_001773

answers: recycled water

answers: NDQ_001774

answers: recycled water

answers: NDQ_001775

answers: pulp and paper plants

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: strained freshwater supplies are decreasing.

answers: NDQ_001778

answers: strained freshwater supplies are decreasing.

answers: NDQ_001781

answers: treated to very high standards

answers: NDQ_001782

answers: Use of recycled water

answers: NDQ_001785

answers: Use of recycled water

answers: NDQ_001787

answers: water needn't be treated to very high standards

answers: NDQ_001788

answers: Use of recycled water

answers: NDQ_001789

answers: cooling towers and boiler water.

answers: NDQ_001790

answers: Use of recycled water

answers: NDQ_001791

answers: Use of recycled water

answers: NDQ_001792

answers: strained freshwater supplies are decreasing.

answers: NDQ_001793

answers: strained freshwater supplies are decreasing.

answers: NDQ_001794

answers: Use of recycled water

answers: NDQ_001795

answers: strained freshwater supplies are decreasing.

answers: NDQ_001796

answers: Use of recycled water

answers: NDQ_001797

answers: strained freshwater supplies are decreasing.

answers: NDQ_001798

answers: strained freshwater supplies are decreasing.

answers: NDQ_001799

answers: water needn't be treated to very high standards

answers: NDQ_001800

answers: strained freshwater

answers: NDQ_001801

answers: strained freshwater supplies are decreasing.

answers: NDQ_001802

answers: water needn't be treated to very high standards

answers: NDQ_001803

answers: recycled water

answers: NDQ_001804

answers: Edward C. Little Water Recycling Facility

answers: NDQ_001805

answers: pulp and paper plants as well as power-generation plants

text: Heat is needed to provide enough energy for the molecules of the solvent to leave the solution and move into the air surrounding the solution. The energy needed can be expressed as an excess thermodynamic potential of the water in the solution. Leading to one of the biggest problems in industrial evaporation, the process requires enough energy to remove the water from the solution and to supply the heat of evaporation. When removing the water, more than 99% of the energy needed goes towards supplying the heat of evaporation. The need to overcome the surface tension of the solution also requires energy. The energy requirement of this process is very high because a phase transition must be caused; the water must go from a liquid to a vapor.

text: Heat is needed to provide enough

text: energy

text: for the molecules of the solvent to leave the solution and move into the air surrounding the solution. The energy needed can be expressed as an excess

text: thermodynamic

text: potential of the water in the solution. Leading to one of the biggest problems in industrial evaporation, the process requires enough energy to remove the water from the solution and to supply the heat of evaporation. When removing the water, more than 99% of the energy needed goes towards supplying the heat of evaporation. The need to overcome the

text: surface tension

text: of the solution also requires energy. The energy requirement of this process is very high because a phase transition must be caused; the water must go from a liquid to a vapor.

answers: NDQ_001768

answers: industrial evaporation

answers: NDQ_001769

answers: municipal purposes

answers: NDQ_001770

answers: a phase transition

answers: NDQ_001771

answers: swimming

answers: NDQ_001772

answers: industrial

answers: NDQ_001773

answers: are used in the production of fertilizers

answers: NDQ_001774

answers: evaporates

answers: NDQ_001775

answers: evaporation

answers: NDQ_001776

answers: malnutrition

answers: NDQ_001777

answers: energy requirements

answers: NDQ_001778

answers: industrial evaporation

answers: NDQ_001781

answers: evaporates too quickly

answers: NDQ_001782

answers: Which of the following is not a form of life?

answers: NDQ_001785

answers: How long can we live without food?

answers: NDQ_001787

answers: What is one of the biggest problems in industrial evaporation?

answers: NDQ_001788

answers: Why is the energy required for industrial evaporation high?

answers: NDQ_001789

answers: How can water be used to generate electricity?

answers: NDQ_001790

answers: Why is water scarcity not a problem?

answers: NDQ_001791

answers: How many percent of the Earths surface is covered with water?

answers: NDQ_001792

answers: Which of the following is not a source of fresh water?

answers: NDQ_001793

answers: unanswerable

answers: NDQ_001794

answers: None of the above choices are true

answers: NDQ_001795

answers: unanswerable

answers: NDQ_001796

answers: What is one of the biggest problems in industrial evaporation?

answers: NDQ_001797

answers: Which of the following is true of industrial evaporation?

answers: NDQ_001798

answers: None of the above choices.

answers: NDQ_001799

answers: Why is water safe to drink as long as it is moving water?

answers: NDQ_001800

answers: unanswerable

answers: NDQ_001801

answers: a

answers: NDQ_001802

answers: more than 99% of the energy needed goes towards supplying the heat of evaporation

answers: NDQ_001803

answers: can be used

answers: NDQ_001804

answers: can be used to transport water

answers: NDQ_001805

answers: evaporation

answers: NDQ_001768

answers: Heat is needed to provide enough energy

answers: NDQ_001769

answers: industrial

answers: NDQ_001770

answers: evaporation,

answers: NDQ_001771

answers: industrial evaporation,

answers: NDQ_001772

answers: industrial evaporation,

answers: NDQ_001773

answers: industrial evaporation,

answers: NDQ_001774

answers: industrial evaporation,

answers: NDQ_001775

answers: evaporation,

answers: NDQ_001776

answers: water

answers: NDQ_001777

answers: Heat is needed to provide enough energy

answers: NDQ_001778

answers: industrial evaporation,

answers: NDQ_001781

answers: industrial evaporation,

answers: NDQ_001782

answers: water

answers: NDQ_001785

answers: Heat

answers: NDQ_001787

answers: industrial evaporation,

answers: NDQ_001788

answers: industrial evaporation,

answers: NDQ_001789

answers: water

answers: NDQ_001790

answers: industrial evaporation,

answers: NDQ_001791

answers: 99%

answers: NDQ_001792

answers: Heat is needed to provide enough energy

answers: NDQ_001793

answers: water

answers: NDQ_001794

answers: industrial evaporation,

answers: NDQ_001795

answers: 99%

answers: NDQ_001796

answers: water

answers: NDQ_001797

answers: Heat

answers: NDQ_001798

answers: Heat is needed to provide enough energy

answers: NDQ_001799

answers: vapor.

answers: NDQ_001800

answers: industrial evaporation,

answers: NDQ_001801

answers: Heat

answers: NDQ_001802

answers: excess thermodynamic potential of the water

answers: NDQ_001803

answers: evaporation,

answers: NDQ_001804

answers: industrial evaporation,

answers: NDQ_001805

answers: industrial evaporation,

text: Villagers enjoy good drinking water and electricity supply with few power shortages.The village has good telephone penetration, and most of the houses have televisions and cable supply.

text: Villagers enjoy good drinking water and electricity supply with few power shortages.The village has good telephone penetration, and most of the houses have televisions and cable supply.